Contents
Contents ············································································································1
Welcome Page ·····································································································2
Simple Version of Conference Schedule ······································································4
Schedule of Sessions ·····························································································6
1
Welcome to the ICMSET 2014 & ICMAM 2014 in
Beijing, China
Welcome to the 2014 3rd International Conference on Material Science and Engineering Technology
(ICMSET 2014) and the 2014 International Conference on Mechatronics, Automation and Manufacturing
(ICMAM 2014). The aims of ICMSET 2014 & ICMAM 2014 are to present the latest research and results of
scientists related to Material Science and Engineering Technology, Mechatronics, Automation and
Manufacturing topics. This conference provides opportunities for the different areas delegates to exchange
new ideas and application experiences face to face, to establish business or research relations and to find
global partners for future collaboration. We hope that the conference results constituted significant
contribution to the knowledge in these up to date scientific fields. And wish all respected authors and listener
nice trips in Beijing.
Warm Tips:
All papers, both invited and contributed, will be reviewed by two or three experts from the committees. After a careful
reviewing process, all accepted papers to ICMSET 2014 that are registered and presented will be published in
international journal Advanced Materials Research (ISSN: 1022-6680) is Indexed by Elsevier: SCOPUS
www.scopus.com and Ei Compendex (CPX) www.ei.org/. Cambridge Scientific Abstracts (CSA) www.csa.com,
Chemical Abstracts (CA) www.cas.org, Google and Google Scholar google.com, ISI (ISTP, CPCI, Web of Science)
www.isinet.com, Institution of Electrical Engineers (IEE) www.iee.org, etc. (copied from TTP official website:
http://www.scientific.net/).
And all accepted papers to ICMAM 2014 will be published in international journal "Applied Mechanics and
Materials" [ISSN: 1660-9336, Trans Tech Publications]"Applied Mechanics and Materials" is indexed by Elsevier.
Scopus and Ei Compendex (CPX), Cambridge Scientific Abstracts (CSA), Chemical Abstracts (CA), Google and
Google Scholar, ISI (ISTP), Institution of Electrical Engineers(IEE), etc. (For index information, please refer to AMM
official website: http://www.ttp.net/1660-9336.html). The full text is online available via platform www.scientific.net.
Trans Tech Publications will provide online camera-ready paper submission system.
 Get your presentation PPT prepared and print out the notification letter before you leave for Beijing,
China.
 Pick up the conference materials at the reception desk of ICMSET 2014 on the lobby of JINGDU GUI
LONG HOTEL, October 24-25, 2014.
 Please attend the conference and arrive the Conference Room on Floor 4 before 13:00 p.m. on Oct. 24 in
formal attire.
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 There will be a group photo and coffee break between 9:50a.m.-10:10a.m., Oct. 25; please every author
and listener comes to the platform to have a group photo.
 Copy your PPT to the PC before your session begins.
 Attend the Dinner Banquet: 19:00 pm., Oct. 25, 2014. One best presentation will be selected from each
session, and the best one will be announced at the end of each session, awarded the certificate at the
Dinner Banquet.
 If you didn’t put a formal photo in your registration from, please take a one-inch formal photo.
3
The Simple Version of Conference Schedule
The 2014 3rd International Conference on Material Science and Engineering Technology (ICMSET 2014)
and the 2014 International Conference on Mechatronics, Automation and Manufacturing (ICMAM 2014)
will be hosted at JINGDU GUI LONG HOTEL, Beijing, China during October 24-26, 2014!
2014 年第三届材料科学与工程技术国际会议，以及 2014 年机械自动化与制造国际会议将于 2014 年
10 月 24 日-26 日在中国北京景都桂龙大酒店召开！
Add: No. 21, South Lotus Pond, Kwong Road, Fengtai District, Beijing (on the opposite of the electricity
hospital)
地址: 北京市丰台区广安路莲花池南里 21 号(电力医院对面)
Tel：+86-10-63190868
Reservation Hotline: 4000-028-987
Dates
Oct. 24, 2014 (Friday)
9:00AM-12:00AM
Venue
Events
On the Lobby of JINGDU GUI
LONG HOTEL
景都桂龙大酒店大堂
Participants Registration and Conference
Kits Collection
Oct. 24, 2014(Friday)
Conference Room on Floor 4
Opening Ceremony, Keynote Speech 1/2
13:30PM-18:00PM
4 楼九龙厅
and Session 1
Oct. 25, 2014(Saturday)
Conference Room on Floor 4
8:00AM-12:00PM
4 楼九龙厅
12:00PM-13:00PM
Restaurant of JINGDU GUI
LONG HOTEL on Floor 1
Conference Room I on Floor 4
13:00PM-18:00PM
4 楼九龙厅
19:00PM-20:00PM
Oct. 26, 2014 (Sunday)
8:00AM-17:00PM
Lunch
1 楼中餐厅
Keynote Speech 2 and Session 2/3
Session 4/5
Restaurant of JINGDU GUI
LONG HOTEL on Floor 1
Dinner and Best Presentation Awards
1 楼中餐厅
In Beijing
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One Day Tour
Introduction to the Keynote Speakers
Prof. Dr. Osman Adiguzel
Firat University, Department of Physics, Turkey
Biography: Dr Osam Adiguzel was born in 1952, Nigde, Turkey. He graduated from Department of Physics, Ankara University,
Turkey in 1974 and received PhD- degree from Dicle University, Diyarbakir-Turkey in Solid State Physics with experimental
studies on diffusionless phase transformations in Ti-Ta alloys in 1980. He studied at Surrey University, Guildford, UK, as a post
doctoral research scientist in 1986-1987, and his studies focused on shape memory alloys. He worked as research assistant,
1975-80, at Dicle University, Diyarbakir, Turkey. He shifted to Firat University in 1980, and became professor in 1996, and He has
already been working as professor. He published over 45 papers in international and national journals, He joined over 60
conferences and symposia in international and national level with contributions of oral or poster, and He supervised 5 PhD- theses
and 3 M.Sc theses.
Dr. Adiguzel served his directorate of Graduate School of Natural and Applied Sciences, Firat University in 1999-2004. He
received a certificate which is being awarded to him and his experimental group in recognition of significant contribution of 2
patterns to the Powder Diffraction File – Release 2000. The ICDD (International Centre for Diffraction Data) also appreciates
cooperation of his group and interest in Powder Diffraction File.
Scientific fields of Dr. Adiguzel are as follow: Martensitic phase transformations and applications to copper-based shape memory
alloys, molecular dynamics simulations, alloy modeling, x-ray diffraction, and electron microscopy.
Prof. C. W. Lim (林志华教授）
City University of Hong Kong （香港城市大学）
Biography: Dr. Lim obtained a B.Eng. (1989) in Mechanical Engineering (Aeronautics) from Universiti Teknologi Malaysia
(UTM), a M.Eng. (1992) in Mechanical Engineering from National University of Singapore (NUS) and a PhD (1995) in
Mechanical Engineering from Nanyang Technological University (NTU), Singapore. From 1995 to 1997, he was a Postdoctoral
Fellow at Department of Civil Engineering, The University of Queensland, australia. He was later appointed as a Research Fellow
at Department of Mechanical Engineering, The University of Hong Kong from December 1997. In February 2000, he joined
Department of Building and Construction, City University of Hong Kong as an Assistant Professor and later promoted as an
Associate Professor in February 2003. He is also a Guest Professor of Huazhong University of Science and Technology (HUST)
since March 2006.
Dr. Lim is a fellow of International Biography Association, Cambridge, England since 2000. He is a member of American Society
of Mechanical Engineers (ASME), American Society of Civil Engineers (ASCE), Acoustical Society if America (ASA) and
Structural Engineering Institute of ASCE. He is also a member of The Hong Kong Institution of Mechanical Engineers (HKIE)
and a Registered Professional Engineer (RPE). He has been listed in Marquis Who's Who in the World, Dictionary of International
Biography and Marquis Who's Who in Science and Engineering. Among the awards Dr. Lim has obtained are Best Academic
Performance Medal in Mechanical Engineering (Aero) in 1989, University of Queensland Postdoctoral Fellowship (1996-97),
University of Hong Kong Research Fellowship (1998-2000).
Dr. Lim has published a book on Symplectic Elasticity, more than 130 refereed technical papers and more than 60 international
conference papers. His publications have attracted more than 850 independent citations in refereed international journals,
numerous technical notes, international conferences papers and research theses since 1993. He is the Associate Editor
(Asia-Pacific Region) for Advances in Vibration Engineering, and on the editorial board of three other international journals, as
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well as in the International Advisory Committee of numerous other international conferences. He has attracted more than 20
research grants as Principal Investigator and others as Associate Investigator since 1995. He also acts as a reviewer for books
published by John Wiley & Sons, Kluwer Academic Publishers and for technical papers of more than 40 prestigious international
journals.
Prof. Ramesh K. Agarwal
Washington University in St. Louis, USA (美国华盛顿大学圣路易斯分校)
Biography: Professor Ramesh K. Agarwal is the William Palm Professor of Engineering and the director of Aerospace Research
and Education Center at Washington University in St. Louis. From 1994 to 2001, he was the Sam Bloomfield Distinguished
Professor and Executive Director of the National Institute for Aviation Research at Wichita State University in Kansas. From 1978
to 1994, he was the Program Director and McDonnell Douglas Fellow at McDonnell Douglas Research Laboratories in St. Louis.
Dr. Agarwal received Ph. D in Aeronautical Sciences from Stanford University in 1975, M.S. in Aeronautical Engineering from
the University of Minnesota in 1969 and B.S. in Mechanical Engineering from Indian Institute of Technology, Kharagpur, India in
1968. Over a period of 35+ years, Professor Agarwal has worked in various areas of Computational Science and Engineering Computational Fluid Dynamics (CFD), Computational Materials Science and Manufacturing, Computational Electromagnetics
(CEM), and Multidisciplinary Design and Optimization. In recent years, he has worked in Nanotechnology and computational
modeling of Nanofabrication and Renewable Energy; in particular in nanoparticles properties, synthesis, and their applications in
drug delivery and their health effects, and energetic materials for solar energy applications. He is the author and coauthor of over
400 publications. He has given many plenary, keynote and invited lectures at various national and international conferences
worldwide. Professor Agarwal continues to serve on many academic, government, and industrial advisory committees. Dr.
Agarwal is a Fellow sixteen societies including the Institute of Electrical and Electronics Engineers (IEEE), American Association
for Advancement of Science (AAAS), American Institute of Aeronautics and Astronautics (AIAA), American Physical Society
(APS), American Society of Mechanical Engineers (ASME), Royal Aeronautical Society, Chinese Society of Aeronautics and
Astronautics (CSAA), Society of Manufacturing Engineers (SME) and American society for Engineering Education (ASEE). He
has received many prestigious honors and national/international awards from various professional societies and organizations for
his research contributions.
Schedule of the Sessions
October 24, Afternoon
Venue: Conference Room on Floor 4
4 楼九龙厅
Time: 13:30 p.m.-18:00 p.m.
13:30p.m.-13:40p.m.
13:40p.m.-14:30p.m.
Opening Remarks
Keynote Speech 1
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Prof. Dr. Osman Adiguzel
Firat University, Department of Physics, Turkey
Topic of Keynote Speech: Phase Transformation and Elementary Processes in
Shape Memory Alloys
Keynote Speech 2
14:30p.m.-15:20p.m.
Topic of Keynote Speech: Modelling and Analysis of Carbon Nanotube
Optoacoustic Lens for Biomedical Applications
Coffee Break
茶歇
15:20p.m.-15:40a.m.
Session 1 (13 Papers)
Theme: Material Science
Time: 15:40p.m.-18:00p.m.
Session Chair: Prof. Dr. Osman Adiguzel
分会 1
4 楼九龙厅
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ICMSET2014-1-001
Fitria Rahmawati
From: Sebelas Maret University, Indonesia
Title: The Crystal Structure and Ionic Conductivity of Layered Composite
of SDC-YSZ-SDC
Abstract: Research on the preparation of ceria based material for electrolyte of solid oxide fuel
cell has been conducted. The Sm0.2Ce0.8O1.9(SDC) was prepared by sol-gel method and the
layered composites of SDC with Y0.08Zr0.92O3-δ were prepared by screen printing method. This
research aims to study the crystal structure and its conductivity character. XRD measurement
equipped with Le Bail refinement shows that SDC is crystallized in cubic structure with space
group of Fm3m. The addition of YSZ into SDC does not change its crystal structure. However,
the cell parameter of SDC is reduced from 5.434036(2) Å to 5.433(0) Å. At 600 °C, SDC has
electronic conductivity that indicates the presence of electrons migration that can promotes short
circuit during fuel cell operation. The combination of SDC with YSZ forming a layered
composite of SDC-YSZ-SDC could reduce the electronic conductivity, eventhough its ionic
conductivity is also become lower than single SDC at the same temperature.
ICMSET2014-1-021E
Fawad Tariq
From: Space and Upper Atmosphere Research Commission, Pakistan
Title: Hybrid Nanocomposite Material for EMI Shielding in Spacecrafts
Abstract: In this study lightweight carbon fiber and multiwalled carbon nanotubes filled hybrid
nanocomposite was fabricated for electromagnetic interference (EMI) shielding in spacecraft.
Electrical conductivity was conducted to assess the affect of MWCNT addition on composite.
EMI shielding effectiveness (SE) was tested in the frequency range of 1-18 GHz. Comparison of
SE was also made with AA6061-T6 sheet. Dispersion of nanotubes in the matrix was examined
through microscopy. Results indicated that the conductivity was increased with increasing
MWCNTs up to 0.25 wt%. Higher loading level of MWCNTs has resulted in decrease in
conductivity due to agglomeration in cured samples. Hybrid nanocomposite exhibited improved
SE than AA6061-T6 in 1-8 GHz frequency range. Best SE and electrical conductivity was
witnessed in 0.25 wt% MWCNT sample. EMI SE in range of -20 dB to -40 dB can be easily
achieved in our developed material.
ICMSET2014-3-027E
8
Gulur Siddaramanna Shivashankar
From: Siddaganga Institute of Technology, India
Title: Synthesis and Characterization of Aluminiun 2219 Reinforced with Boron
Carbide and Molybdenum Disulfide Metal Matrix Hybrid Composites
Abstract: An attempt has been made to develop and characterize the Al2219 reinforced with
Boron carbide (B4C) and Molybdenum disulfide (MoS2) hybrid composites. The hybrid
composites were prepared by using stir casting technique. The experimental result evaluates the
density, micro hardness test & tensile test. The microstructure shows existence of randomly
dispersed reinforcement particles and fine reinforcement particles in prepared hybrid composites.
X-Ray powder diffraction (XRD) analysis were conducted this confirms the physical content of
constituents present in prepared composites. SEM is used to examine fracture surface of tensile
specimens for hybrid composites & this consists of ductile & brittle fracture of mixed mode. The
test results revels that, the micro hardness and density is minimum for Al2219 and maximum for
Al+3%B4C+5%MoS2. The tensile properties of the material vary according to the percentage of
reinforcing material added.
ICMSET2014-1-018E
Widi Astuti
From: Semarang State University, Indonesia
Title: Coal Fly Ash as A Dual Site Material for Cr(VI) Adsorption: Comparation
Between Single Site and Dual Site Isotherm Models
Abstract: The major problem in coal-based thermal power plants is related to solid waste called
coal fly ash (CFA). CFA is mainly composed of some oxides including SiO2, Al2O3 having active
site and unburned carbon as a mesopore that enables it to act as a dual site adsorbent for heavy
metals including Cr(VI). To get different characters of dual site, CFA was treated by sulfuric acid
(H2SO4) at different concentrations, temperatures and reaction time. Furthermore, treated CFA
were used as an adsorbent to adsorb Cr(VI) in aqueous solutions. Equilibrium data were
evaluated by single site and dual site isotherm models. It can be concluded, although unburned
carbon contributes on the Cr(VI) adsorption, the existence of unburned carbon decreases the
amount of Cr(VI) adsorbed because unburned carbon can plug active sites where dominant
adsorption occurs. However, dual site isotherm model yielded excellent fit with equilibrium data.
ICMSET2014-1-029E
Rika Wulandari
From: Gadjah Mada University, Indonesia
Title: Adsorption of Remazol Brilliant Blue R (RBBR) by
C-4-ethoxy-3-methoxyphenylcalix[4]resorcinarene Triphenylphosphonium
Chloride
Abstract: The adsorption of Remazol by CEMPCRP was studied as a function of pH, contact
time and concentration. All experiments were carried out using the batch method. The initial
and final RBBR concentration were determinated using UV-Vis spectrometer at  = 592.3 nm.
The result showed that the optimum condition of RBBR adsorption were at pH 10, contact time
9
360 min, and concentration of 300 mg/L. This adsorption followed the Lagergren (first pseudo
order) and Langmuir isotherm adsorption model. The adsorption capacity was obtained 6.51 x
10-5 mol/L and the mechanism is a chemisorption (G = 28.92 kJ/mol) that occurs in the
monolayer.
ICMSET2014-1-033E
Ngatijo
From: Jambi University, Indonesia
Title: Quaternary Ammonium Modified Silica for Gold(III) Sorption
Abstract: In this research, effect of pH toward adsorption of gold(III) on silica modified with
methyl quaternary ammonium (SMQA) has been investigated.Additionally, its application an
effect of Cr2O42-on adsorbed [AuCl4]-and effect of pH were carried out and to determine by
atomic adsorption spectrometry (AAS). The experimental condition was optimized in batch
process to achieve the maximum efficiency. The result showed that optimum pH 5 for adsorption.
The gold desorbed increasing before 30 minutes, there were before and after adsorbed gold due at
the long distribution axis from transmission electron microscopy (TEM) image. The maximum
capacity of SMQA obtained 169.98 mg/g.The R2 values indicate that the Langmuir isotherm fit
the the experimental data better than the Freundlich at room temperature. The adsorption gold
(III) ion with material SMQA was chemisorption and an effect of Cr2O42-to minimize sorption.
Is Fatimah
From: Islamic University of Indonesia, Indonesia
Title: Environmentally Friendly Catalyst of Zirconium Pillared Saponite for
Solvent Free Esterification of Menthol
ICMSET2014-1-002
Abstract: In this research zirconium pillared saponite clay (Zr-PILS) was prepared for catalysis
application. Pillarization was conducted by zirconium isopropoxide via using sol-gel mechanism
and the characterization was performed by X-ray diffraction, gas sorption analysis and surface
acidity measurement by pyridine adsorption-FTIR measurement techniques. Result showed that
pillaring process to saponite produced pillared saponite with increasing specific surface area, pore
volume as well as surface acidity that contributed to enhance catalytic activity in menthol
esterification. Reusability test was also showed that Zr-PILS activity is relatively stable.
ICMSET2014-1-003E
Kun Sri Budiasih
From: Yogyakarta State University, Indonesia
Title: Development of the Synthesis of Chromium and Molybdenum – Amino
acid Complexes: A Green Chemistry Approach
Abstract: Some concepts of green chemistry were applied on the Synthesis of Chromium(III)
and Mo(V) complexes with amino acids. Three concepts were used in this research were
changing to safer solvent, using less energy and appliying a shorter process. The optimum pH of
the complex formation of Chromium (III) is 4, whereas for Mo(V) complex, the most stable
condition is at pH=1. The products were characterized by physical properties, Infrared and
Uv-Vis spectrophotometer and Elemental analysis. The structure of the complexes were predicted
by computational model.
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ICMSET2014-2-007E
Jaroslaw Jakubowicz
From: Poznan University of Technology, Poland
Title: Saccharose as a New Space Holder Material for Porous Titanium Implant
Formation
Abstract: This paper investigates the properties of Ti scaffolds with a porosity of 73%. In the
processing route, a new space holder material was applied - saccharose, commonly known as
table sugar. Porous Ti was made by the dissolution of sugar crystals from the Ti-sugar green
compact and final sintering of the remaining Ti scaffold. The sintered scaffolds showed uniform
pore distribution. The pores had polyhedral shape and their dimensions reached 1 mm. The
scaffolds were made and investigated with respect to possible medical applications. After all
processing stages, the surface was oxidized and showed average wettability with the lowest
wetting angle of 81.5o, which was strongly correlated with the condition of the surface. The
chemical etching in an HF solution resulted in a strong wettability improvement. Due to very
high porosity, the compression strength (1.48 MPa) and Young’s modulus (33.7 MPa) of the
scaffolds were relatively low.
ICMSET2014-3-009E
Waqas Mahmood
From: Beijing Institute of Technology, China
Title: Structural, Elastic and Optical Properties of Ag-doped Rutile TiO2
Abstract: The structural, elastic and optical properties of Ag-doped rutile TiO2 are studied using
the first principles calculations method. Four different functionals are employed using the
ultrasoft pseudopotentials (USPs) on a supercell of size 2a × 2b × 1c. The band gaps of un-doped
TiO2 obtained using PBE, RPBE, PW91 and LDA-CA-PZ are 1.861, 1.873, 1.857 and 1.854 eVs
respectively. However, after Ag substitution in the supercell, the band gaps are reduced for all of
the functionals. After substitution, in the region near to the Fermi level, some new electronic
states are observed. The calculated elastic constants show that the structure is mechanically
stable. The obtained values of the B, G and elastic constants of un-doped TiO2 are consistent with
prior published experimental findings. For Ag-doped supercell, implementing PW91, B and G are
119 and 62 GPa. For the same size of supercell, using LDA-CA-PZ, B and G are 152 and 70
GPa. Besides, the results of the optical properties show that the major absorption peaks for all of
the functionals locate away from the visible region. This shows poor absorption of visible light
and weak photocatalytic activity of rutile TiO2.
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ICMSET2014-2-001E
Yoshimasa Sugie
From: Nagoya University, Japan
Title: Synthesis of Magnesium based Layered Hydroxide Salt and its Chemical
Heat Storage Properties
Abstract: A chemical heat storage method is advantageous in terms long periods of time storage
and the high storage density are possible as compared to the direct storage methods. Normally, a
reversible single reaction is utilized, then the heat storage temperature is limited. On the other
hand, in order to store industrial waste ranging widely in the temperatures, it’s necessary to
develop a new material which allows heat storage in a stepwise manner in response to
temperature changes. In this study, we have investigated the effect of several experimental
conditions on the synthesis of Mg based layered hydroxide by simple aqueous solution derived
methods. In addition, the potentials of the multistep chemical heat storage property have been
investigated.
Eka Sari
Title: Fungal Growth Model of Phanerochaete Chrysosporium and
Multisubstrate Degradation including Effects of Initial Moisture Content (IMC)
on The Biological Pretreatment of Water Hyacinth
ICMSET2014-1-005E
Abstract: A mathematical model was developed to predict the kinetics of Phanerochaete
Chrysosporium growth and degradation of multisubstrate on a batch process with limited oxygen
conditions, and of the effects of varying the initial Moisture content (IMC). The study was
conducted on the pretreatment of Water Hyacinth (WH), to degrade the lignin in order to prepare
the WH as a bioethanol feedstock. In this pretreatment, the fungus was inoculated on WH where
it grew on the surface of the WH. The fungus consumed three different substrates contained in
WH as carbon source, i.e. lignin, cellulose and hemicellulose. Experimental data are used to
formulate multi-substrate degradation and fungal growth influenced by the IMC. The formula
obtained is used for the development of pretreatment process or scaling up. The mathematical
formulation is expected as a proper reference to be applied to biological pretreatment on other
lignocellulosic materials by various fungi. The constant of fungal growth (μ) is influenced by the
𝑊
amount of the initial Moisture content (IMC) following the equation 𝑊. 𝑒 (1−𝑊𝑚) with μmax value
of 0.68872/week, KSL reached 0.7967 g/g DW and the maximum initial moisture content (W m) is
0.67.
Keimei Oh
From: Akita Prefectural University, Japan
Title: Discovery of New Leads as Inhibitors of Allene Oxide Synthase based on
Ozagrel Scaffold
ICMSET2014-1-019E
Abstract: A series of new imidazole-type allene oxide synthase (AOS, CYP74A) inhibitors were
synthesized based on ozagrel scaffold. The inhibitory activity of the compounds against AOS was
determined by using purified recombinant protein expressed in E. Coli. Among the nine newly
synthesized imidazole derivatives, we found that 6-[4-(2-Imidazol-1-yl-ethyl) phenoxy] hexanoic
acid ethyl ester (f) exhibits inhibitory activity against AOS with an IC50 value approximately
78±12 M.
October 25, Morning
Theme: Engineering Technology
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Time: 8:00a.m.-9:00a.m.
Session Chair: Prof. A.F. Shimanskii
分会 2
4 楼九龙厅
ICMSET2014-2-009E
Hanggara Sudrajat
From: Thammasat University, Thailand
Title: Photocatalytic Degradation of Methylene Blue using Visible Light Active
N-doped ZnO
Abstract: A visible light active nitrogen-doped ZnO (N-ZnO) was synthesized using a solvent-free
mechanochemical method and applied to degrade methylene blue (MB) dye in aqueous suspension.
Results showed that nitrogen doping improved the photocatalytic activity of pristine ZnO by
extending its spectral response to visible region. Using 2 g/L of N-ZnO, 98% MB with the initial
concentration of 10 mg/L could be degraded within 2 h at pH 7 under 11.3 klux of visible light
irradiation. After 6th run, it still exhibited appreciable photocatalytic activity with 94% MB
degradation, indicating its high reusability though a simple pretreatment was performed.
Akida Mulyaningtyas
Title: Kinetics of Enzymatic Hydrolysis of Cellulose Using Aspergillus niger
ICMSET2014-1-034
ICMSET2014-2-022
Abstract: This study aimed to analyze the kinetics of enzymatic hydrolysis of cellulose. Cellulase
enzyme was obtained from Aspergillus niger grown on filter paper and the hydrolysis process was
carried out in solid state. The kinetic reviewed here was the relationship between glucose production
and cellulose mass reduction to optimize the parameters of Monod equation at various moisture
levels.
Bei Li
From: Shenzhen Summit Levitation Metallurgical S&T Co., Ltd, China
Title: Development of Vacuum Levitation Melting Technology in China
Abstract: This paper reviews the development of levitation melting technology including the
equipment production, fundament research and applied development from 1981 to 2012, moreover,
introduces the new progresses after 2010 from different aspects including improved levitation ability,
increased melting temperature, increased equipment specification, and combining levitation melting
with modern technologies of the material science, and so on. The development of advanced materials
preparation by using levitation melting technology also is introduced in this paper.
ICMSET2014-3-005E
Alias Mohd Saman
From: Kanazawa University, Malaysia
Title: Thermal Stress Cleaving of Si-Wafer: Investigation of Fracture Initiation
during Laser Beam Irradiation
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Abstract: This paper investigates the fracture initiation at the vicinity of a micro-groove caused by
thermal stress through computational and experimental studies. Fracture initiation time has been
determined by analyzing the stress intensity factor. Stress distribution was examined by using a
finite element method, and the fracture toughness of the material was determined by using a Vickers
indentation technique. The fracture initiation process was verified experimentally by monitoring the
acoustic emission signals, while the temperature of the laser spot was also measured using two-color
pyrometer. The result shows that stress intensity factor was increased with the increase in
micro-groove sizes. Consequently, fracture initiation was attained faster. The simulation results show
a good agreement with the experimental results in examining the fracture initiation and recognizing
the ideal micro-groove parameters for laser cleaving process.
ICMSET2014-3-006E
Narongpun Rungcharoen
Title: The Simulation of Laser Cleaning of Magnetic Head with Different Temporal
Pulses
Abstract: Nowadays, hard disk drives (HDD) technology are being developed continuously in order
to increase the capacity, and reduce the size of HDD to meet user requirements. To increase the
capacity which is equivalent to increasing read/write ability, the flying clearance must be reduced.
Current new HDD models show that the fly height is lower than 0.3 µm. If the height of a particle or
contamination is higher than 0.3 µm, the magnetic head will scratch the magnetic disk surface.
However the process of cleaning in the HDD industry cannot remove particles with size smaller than
0.3 µm[1]. Therefore laser cleaning is selected first because this method can remove small particles
[2]. and it does not damage the magnetic head. This research compares the range of temperature
needed for cleaning the magnetic head between two types of heat source’s profile. The technique
used is the heat transfer by finite element: FEM[3]. This technique provides an important factor of
the laser cleaning method that increases the efficiency of particle removal. It is also a non-destructive
method for cleaning the surface of the magnetic head slider.
Plenary Speech 3
9:00a.m.-9:50a.m.
Prof. Ramesh K. Agarwal
Washington University in St. Louis, USA (美国华盛顿大学圣路易斯分校)
Topic of Keynote Speech: Progress in Top-Down Nanofabrication Technology
Coffee Break and Group Photo
14
茶歇&集体照
9:50a.m.-10:10a.m.
Themes: Mechatronics, Automation and Manufacturing
Time: 10:10 a.m.-12:00 p.m.
Session Chair: Prof. Ramesh K. Agarwal
分会 3
4 楼九龙厅
Juan Carlos Beltrán-Prieto
From: Tomas Bata University in Zlín, Czech Republic
Title: Anthropomorphic Mechanisms Help Robots Achieve Human-like Walking
Abstract: A three electrode system was used for the analysis of potentiodynamic polarization studies of glycerin in
AE3003 platinum electrodes. Particular attention was devoted to the estimation of diffusion coefficient of glycerin in platinum
electrodes by the use of electrochemical techniques such as the sweep of the potential. Cyclic voltammograms were
recorded at different sweep rates (0.01 and 0.07 V·s-1). Randles-Sevcik equation was taken into consideration and a
linear relationship was found between the peak current and the square root of the voltage sweep rate from where the
value of diffusion coefficient could be determined. The values of Tafel constants, useful in the understanding of
electrochemical reaction kinetics are also reported in the present paper.
Juan Carlos Beltrán-Prieto
From: Tomas Bata University in Zlín, Czech Republic
Title: Mathematical modeling of the drying process of chrome shavings
This paper described the mathematical modeling of chrome shavings drying by performing a microscopic
AE3004 Abstract:
balance for water content to describe the unidimensional transfer of water within the solid at a certain temperature.
The deterministic model was solved using Laplace transformation and separation of variables methods in order to
determine the average free moisture content at different intervals of time during the drying period. Agreement was
observed between both, experimental and modeling data. The effective diffusion coefficient of water molecules
during the drying of chrome shavings in a tunnel dryer was determined to be 5.8 x 10-6 m2/h.
AE2002
Mohammad Ahsan Habib
From: Islamic University of Technology (IUT),Bangladesh
Title: Surface roughness optimization in turning operation using Hybrid algorithm of Artificial
Bee Colony with RSM
Abstract: For cost reduction and quality improvement of machining products, optimum output machining parameters
such as material removal rate, tool wear ratio and surface roughness is very essential. Moreover, these output
parameters are strongly depends on the precision of the machine tool as well as the input machining parameters. In
this paper, a hybrid model of Artificial Bee Colony (ABC), which is motivated by the intelligent behavior of honey
bees with Response Surface Methodology (RSM), has been developed for optimizing the surface roughness of
stainless steel during turning operation. The predicted optimal value of surface roughness of stainless steel is further
confirmed by conducting supplementary experiments. Finally, the performance of this algorithm is evaluated in
comparison with desirability analysis. The performance of ABC is at par with that of desirability analysis for different
parametric conditions.
AE2006
Hossein Vaghefpour
From: Islamic Azad University, Abadan, Iran
Title: Backtracking Search Algorithm for Designing Robust Machine Layout
15
Abstract: This study discusses the relationship between various parameters of drilling and cutting tools using an
analytical model is developed for predicting life and wear of twist drills by a temperature dependent friction law. The
model permits the continuous determination of the cutting forces along the cutting lips and chisel edge which can be
combined with the dynamics forces of the initial penetration and the chip evacuation forces in drilling. The approach
is based on representing the cutting forces along the cutting lips as a series of oblique elements. Similarly, cutting in
the chisel region is treated as orthogonal cutting with different speeds depending on the radial location. The chip flow
is determined by the assumption that the friction force on the tool face is collinear to the chip flow direction. The
contact length between the chip and the tool and the temperature distribution at the tool–chip interface which has an
important effect on the tool wear were predicted. The model permits to predict the chip flow direction, the contact
length between the chip and the tool and the temperature distribution at the tool–chip interface. Using the
thermo-viscoelastic model and the temperature friction law, the tangential forces, friction coefficient and contact
length on the cutting element as a function of radius, for different feed rate and cutting speed, are obtained. The
proposed model results are compared with experimental results and good agreement is obtained.
AE3005
Hong-Cheng Wang
From: Nanjing University of Aeronautics and Astromautics, China
Title: Formation and Storage of on Demand Water-in-oil Picoliter Droplets Actuated by
Microfluidic Pulse Inertia Force
Abstract: Droplet generating in an immiscible liquid is the core technology of the droplet based biochemistry
analysis. A new method, not based on micro-fluidic chip, is here proposed to produce micro scale aqueous phase
droplets in oil phase liquid. The principle of the droplet generator is to actuate a hollow PZT stack by a signal
generator and a voltage amplification to provide an enough pulse inertia force for a glass micro-nozzle and aqueous
phase liquid inside to eject droplets. The minimum diameter of the produced spherical droplets is below 10 μm, which
is below 1 pL. The range of droplets formation frequency is 2 Hz~50 Hz. A fused silica capillary is used to store the
produced droplets by a designed low-pressure suction apparatus and the distance between the neighboring droplets is
controlled by the low-pressure value. The proposed method in this article may be a promising approach for
droplet-based single cell encapsulating and analyzing.
Kyu-chull Kim
From: Dankook University, Korea
Title: Testbench implementation for FPGA based safety class system using OVM
A safety class field programmable gate array based system in nuclear power plant has been developed to
AE2013 Abstract:
improve the diversity. Testbench is necessary to satisfy the technical reference, IEC-62566, for verification and
validation of register transfer level code. We use the open verification methodology(OVM) developed by standard
body. We show that our testbench can use random input for test. And also we show that reusability of block level
testbench for the integration level testbench, which is very efficient for large scale system like reactor protection
system.
AE2010
Thanakom Soontornchainacksaeng
From: King Mongkut’s University of Technology North Bangkok. Thailand
Title: Comparing of Heat Model in SIE for Ethanol-Gasoline blend and Using High order
Iteration Method for the nonlinear Multi-fuel Combustion Equation
16
Abstract: A quasi-one dimensional engine cycle simulation program was developed to predict the simple heat
transfer during combustion stroke in a spark ignition engine of ethanol- gasoline blended fuels. A two-zone heat
release model was utilized to model the combustion process inside the combustion cylinder by using high order
iteration method (HIM) in combustion equation. The fuel, air and burned gas properties throughout the engine cycle
were calculated using variable specific heats. The transient heat flux inside the combustion chamber due to the change
in the in-cylinder gas temperature and pressure during combustion was determined using the constant of heat rate
from enthalpy heat rate coefficient. The program was written in MATLAB. The results of this paper such as the
average heat flux cycles of the burned gas during the combustion and shows the emissions of at during the
combustion process by high iteration method. Based on these results, it is concluded that the fundamental
thermodynamic properties of the fuel, air, and combustion product species are in agreement with previously published
results to within the scatter of those results- typically less than 1% form references 1%. The combustion products
calculated by the high iteration methods differ by around 1% from the old methods.
AE2004
Hilmi Sanusi
From: National University of Malaysia, Malaysia
Title: Proportional Derivative Controller Using Discrete Kalman Filter Estimation Method for
Spacecraft Attitude Control
Abstract: This paper deals with the objective of controlling a satellite by driving a six-state discrete Kalman Filter to
estimate angular rates of satellite base on control sensor noisy data. A typical satellite is assumed in a special orbit and
orbital angular velocity and orbital angular acceleration are established. For completion of simulation linear dynamics
model of satellites and environment disturbances model such as solar pressure and gravity gradient torque is derived
as well. The simulation is progressed at discrete ten second which assumed as data updating rate from sensor. The
noisy measurements are produced by sensor and these data is sent to the discrete Kalman Filter part to estimate the
attitude and attitude rate. A right balance for Plant noise covariance matrix is determined and also results show that
the rate estimates are appropriate for space missions.
AE2003
Zenghui Wang
From: University of South Africa, South Africa
Title: Adaptive Optimal Digital PID Controller
Abstract: It is necessary to change the parameters of PID controller if the parameters of plants change or there are
disturbances. Particle swarm optimization algorithm is a powerful optimization algorithm to find the global optimal
values in the problem space. In this paper, the particle swarm optimization algorithm is used to identify the model of
the plant and the parameter of digital PID controller online. The model of the plant is identified online according to
the absolute error of the real system output and the identified model output. The digital PID parameters are tuned
based on the identified model and they are adaptive if the model is changed. Simulations are done to validate the
proposed method comparing with the classical PID controller.
17
AE2005
Mum Wai Yip
From: Tunku Abdul Rahman University College, Malaysia
Title: Best Practice of Systematic Innovation Approach: A Case Study of TRIZ in Manufacturing
Industry
Abstract: The purpose of this case study is to provide a thorough analysis on the application of TRIZ in
manufacturing industry in Malaysia. TRIZ tools such as function analysis, cause and effect chain analysis and
contradiction matrix are used to solve the problem of unbalanced fan blade in this particular industry. Finding
revealed that the problem is caused by the quality versus output priority mindset. The operator increased the speed of
the injection molding in order to increase the productivity of the fan blade which has resulted in the unbalanced of the
fan blade. The root cause and contradiction are resolved by applying contradiction matrix and inventive principles are
suggested namely parameter changes, preliminary action, mechanical substitution and strong oxidants. Therefore, it
can be concluded that TRIZ is a powerful tool in inventive problem solving.
Lunch Time
12:00 a.m.-13:00 p.m.
Restaurant of JINGDU GUI LONG HOTEL on Floor 1
1 楼中餐厅
October 25, Afternoon
Themes: Material and Chemical Science
Time: 13:00 p.m.-15:45 p.m.
Session Chair: Prof C. W. Lim
分会 4
4 楼九龙厅
18
ICMSET2014-3-010E
Waqas Mahmood
From: Beijing Institute of Technology, China
Title: First principles calculations on Cu-doped TiO2
Abstract: The electronic and optical properties of tetragonal rutile TiO2 are investigated by first
principles calculations using plane-wave pseudopotentials. Generalized gradient approximation
proposed by Perdew-Burke-Ernzerhof (GGA-PBE) is employed with Vanderbilt’s ultrasoft
pseudopotentials (USPs) for the geometry optimization. The cutoff energy 380 eV and
Monkhorst-Pack (MP) grid of size 5 x 5 x 8 is used to study the electronic properties of TiO 2.
Besides, the optical properties of TiO2 are studied using a mesh size of 9 x 9 x 9. A periodic
supercell of size 2a x 2b x 2c is created and a single Copper (Cu) atom directly substitutes the
titanium atom. The geometry is optimized with MP grid of size 3 x 3 x 8 and a denser k-points mesh
of size 6 x 6 x 6 is used for the investigation of optical properties.
ICMSET2014-3-019E
Uttamballi Shivanna Mallik
Title: Effect of Grain Refinement on Shape Memory Properties of Cu-Al-Mn SMAs
Abstract: Cu-12.5 wt.% Al-5 wt.% Mn-(0.05 to 0.2) wt.% B alloys were prepared by ingot
metallurgy. The Aluminum and Manganese contents of the alloys were maintained constant, while
that of Boron was varied. The alloys were then characterized by subjecting them to compositional
analysis, Differential Scanning Caloriemeter and microstructural examination. The shape memory
effect and superelasticity of the alloys were determined by bend and tensile tests on the alloy
specimens. The investigation reveals that Boron acts as a good grain refiner, resulting in a reduction
of about 80% in grain size. The addition of Boron also increases the transformation temperatures by
~ 10oC, while at the same time decreasing the strain recovery by shape memory effect by 4%, and
that by superelasticity by ~ 2%.
ICMSET2014-3-022E
Bennur Chandregowda Suresh
Title: Thermal Property Evaluation of Chilled Aluminum-Alumina MMC
Abstract: Now a day’s composite materials are taking very important role in industrial growth.
Composite materials are widely used in Automobiles, aerospace, submarine and also in other major
19
fields, due to their special characteristics like light weight, high strength, stiffness, corrosion
resistance. The determination of Coefficient of Thermal Expansion (CTE) of MMCs is important to
aid its usage in high temperature environment as in the case of automobile combustion chamber. In
these applications the stability of the composites over a long period of operation is a critical design
consideration.
Present work deals with the thermal property evaluation of the Al alloy / alumina metal matrix
composite developed using the Stir Casting with chilling route technique. LM 26 Al alloy is being
selected as the matrix material as it is a potential alloy for automotive piston applications. Al alloy /
alumina MMCs was cast under end chilling technique by dispersing the reinforcement from 6 to 12
wt% the steps of 3% to study the variation in its thermal properties. At the same time chill material is
also changed (Copper and MS) for different composition of MMCs cast to study the thermal
behavior variations. After casting the required MMC, test specimens were prepared as per the
standards to conduct thermal conductivity (K) tests and coefficient of thermal expansion (CTE) tests.
Above tests were repeated for different composites containing different weight % of dispersed cast
using different chills.
Mahmoud Mohamed Ibrahim Tash
From: Salman bin Abdulaziz University, Saudi Arabia
Title: Effect of Thermomechanical Treatment (TMT) on Hardness, Impact
Toughness of Different Grades of Low alloy Steels
ICMSET2014-3-023E
ICMSET2014-3-024E
Abstract: The present study was undertaken to investigate the effect of thermo-mechanical treatment
(TMT) on the mechanical behaviour of different grades of low alloy steels. The effect of hot forming
(rolling) with different reduction ratios on the hardness and impact toughness properties will be
studied. Correlations between different thermo-mechanical treatment parameters, hardness and
impact toughness for different grades of low alloy steels were carried out. Different grades of Low
alloy steels were selected for the present study. An extensive study will be carried out to investigate
the effect of alloying additions and TMT parameters on the hardness and impact toughness of
heat-treated low alloy steels. An understanding of the combined effect of TMT and heat treatment on
the mechanical properties of the low alloy steels would help in selecting conditions required to
achieve optimum mechanical properties and alloy high strength to weight ratio. The scope of the
present work is therefore to study the effects of hot rolling reduction ratios on microstructure and
mechanical properties of such alloys. By measuring hardness, impact toughness, strength and
ductility resulting from different heat treatment following TMT, it is possible to determine which
conditions yielded optimum mechanical properties and high strength to weight ratio.
Worasak Rotjanapittayakul
Title: A First Principle Study of the Massive TMR in Magnetic Tunnel Junction
using Fe3Al Heusler Alloy Electrodes and MgO Barrier
Abstract: The massive tunnel magnetoresistane (TMR) is expected when Fe3Al Heusler alloy are
used for magnetic electrodes in magnetic tunnel junction (MTJ). We demonstrate the
Fe3Al/MgO/Fe3Al MTJ, which have good lattice matching interfaces. The electronic and transport
properties of these system are systematically investigated by first principle calculation. The
electronic band structure of Fe3Al Heusler alloy and MgO are represented for discussion spin
filtering effect. Besides, the transmission conductance is calculated to study the spin tunneling effect.
We found that the massive TMR is clearly achieved at zero-bias condition, and the TMR is decreased
when the finite bias are applied. Thus, among ferromagnetic materials, the Fe 3Al Heusler alloy will
be good alternative to bcc-Fe based electrodes with MgO barrier for the MTJs beyond.
20
ICMSET2014-3-026E
Seksak Asavavisithchai
From: Chulalongkorn University, Thailand
Title: Effects of Aluminum Addition on Microstructural Characteristics in Modified
Coated Nickel-Based Superalloy, GTD-111, by Arc Melting
Abstract: The nickel-based superalloys, grade GTD-111, were modified by aluminum addition by
the mean of vacuum arc melting process, in order to improve microstructure and oxidation resistance
at elevated temperatures. The arc melted GTD-111 specimens were added with aluminum of 1, 2 and
3 wt. %. All specimens were then performed with heat treatment, which consists of solution
treatment for 6 h at various temperatures of 1125, 1145, 1165, 1185 and 1205C. After that, all
specimens were followed by precipitation aging at 845C for 24 h. Finally, to evaluate the
microstructural stability, the long-term heating at temperatures of 900 and 1000C for 400 h were
performed to the specimens. It was found that the most proper amount of aluminum addition was 1
wt.%, which provided reheat treated microstructures with high area fractions of -precipitated
particles, as well as uniformed distribution of cubic -morphology. The most proper solutioning
condition is also found at 1165C for 6 h.
Dyah Purwaningsih
From: GadjahMada University, Indonesia
Title: Preparation of LiMn2O4 Microstructure by Low Temperature Solid-State
Reaction for Cathode Material
ICMSET2014-1-004E
Abstract: This study aims at investigating a better condition of calcination at different temperature
to produce LiMn2O4 microstructure. In this study, cubic LiMn2O4 was synthesized using a low
temperature solid-state reaction. We report, here, MnO 2 nanorods synthesis by reflux and their
chemical conversion to LiMn2O4. The compound was characterized by XRD and TEM. Further, the
analysis of LiMn2O4 microstructure was carried out by Direct Method using winPLOTR package
program and Diamond using XRD data. At low calcination temperature, Mn 2O3 is present as an
impurity, but it disappears along with the increase in calcination temperature. It is also found that
solid state reaction at is 750oC give nano-LiMn2O4. The lattice parameters and cell volumes of
LiMn2O4 increases with the increase in heating temperature.
Triastuti Sulistyaningsih
From: Semarang State University, Indonesia
Title: Preparation of Magnetite-Mg/Al Hydrotalcite through Hydrothermal Process
and Subsequent Calcination
Abstract: Fe3O4/Mg-Al-NO3-hydrotalcite composite compounds have been synthesized by
ICMSET2014-1-009E hydrothermal process followed by calcination to learn the differences in physical and chemical
properties of each compound. Hydrothermal was performed at a temperature of 120 °C for 5 h and
calcinations was at 450 °C for 3 hours. Characterization of the composite compounds was conducted
using the Fourier Transform Infrared Spectroscopy (FTIR), the X-ray diffraction (XRD),
Brunauer-Emmett-Teller (BET) and Vibrating Sample Magnetometer (VSM). The characterization
results showed that crystallinity, surface area and magnetic properties of hydrothermally treated
Mg/Al hydrotalcite-magnetite were higher than those unhydrothermal and calcination products.
ICMSET2014-1-011E
Mahmoud A. Rabah
From: Central metallurgical R&D Institute, Egypt
Title: Recovery of Nanoparticles of Metal Values From Spent Metallized Graphite
Brushes and Slip Rings
Abstract: This work provides a method to recover monolayer metal values having nanoparticle in
size from spent metalized graphite brushes. The recovered metals are supported on porous glassy
carbon substrate by chemical or electro deposition process. The chemical method involves crushing
21
and grinding of the spent brushes to pass 200 mesh. Magnetic separation removed magnetic
susceptible metals such as iron. Nonferrous metals were leached using 3N nitric acid in hot
conditions. Hydroxide gel of the dissolved metals generated with 1N ammonium hydroxide. The
carbon substrate was multi- impregnated with metals hydroxide 3-4 times. In each time, the loaded
carbon was dried. Free metals on the carbon substrate are obtained by reducing the hydroxide with
hydrazine hydrate or by thermal reduction using hydrogen gas at 900°C. In the electro deposition
process, ground spent brushes were packed in a polyethylene cloth used as anode. The electrolyte is
3M of sulfate salt of the metal of concern. Pulse current cyclic voltmetric technique was applied to
control the particle diameter and thickness of the deposited metal. Results revealed that monolayer
silver and copper of nanoparticles has been successfully prepared from spent metalized graphite
brushes. Electro deposition is more friendly environment procedure and more convenient, less cost
and more precise.
Maya Rahmayanti
From: State Islamic University of Sunan Kalijaga, Indonesia
Title: Sonochemical Co-precipitation Synthesis of Gallic Acid-modified Magnetite
ICMSET2014-1-017E
ICMSET2014-3-016E
Abstract: Gallic acid-modified magnetites were synthesized by one and two-step reactions via the
newly developed sonochemical co-precipitation method. The two-step reaction included the
formation of magnetite powder and mixing the magnetite powder with gallic acid solution, while the
one-step reaction did not go through the formation magnetite powder. The obtained gallic
acid-modified magnetites were characterized by the Fourier Transform Infrared (FTIR) spectroscopy,
the X-Ray Diffraction (XRD) and the Scanning Electron Microscopy (SEM). More over, the
magnetic properties were studied by using a Vibrating Sample Magnetometer (VSM). The
characterization results showed that there were differences in crystalinity, surface morphology and
magnetic properties of products that were formed by one and two-step reactions.
Jiri Matyas
From: Tomas Bata University in Zlin, Czech Republic
Title: The Multiband Fractal Antenna on Polymer Substrate Prepared by using
Inkjet Print Technology based on Silver Nanoparticles
Abstract: This paper described the use of inkjet printing to design multiband fractal antenna based
on Sierpinski arrowhead curve architecture. The antenna is printed using silver nanoparticles on a
plastic substrate PET (Polyethylene terephthalate). Using a combination of printing technology and
fractal geometry to achieve very advanced parameters in three frequency bands 650 MHz, 1, 57 GHz
and 2,5 GHz. Multiband antenna may find application in specific portable devices, where it would be
possible to implement the antenna housing facilities in the form of printing.
ICMSET2014-2-021E
A.F. Shimanskii
From: Siberian Federal University, Russian Federation
Title: Oxygen Impurity in Germanium Single Crystals Determination by Infrared
Spectrometry
Abstract: Oxygen impurity in Germanium single crystals has been characterized using Fourier
22
transformed infrared spectrometry. The crystals were grown by Czochralski method in an argon
atmosphere. The oxygen concentration in crystals was determined on optical density from the
absorption band at 843 cm−1. It was established that oxygen dissolved concentration in Germanium is
variable from 0,2·1016 to 1,3·1016 сm−3. The oxygen band maximum shifts toward 856 cm−1 when its
concentration increases under the influence of annealing in the oxygen containing atmosphere with
РО2  103 Па.
ICMSET2014-3-007E
Agnieszka Bogusz
From: Chemnitz University of Technology, Germany
Title: Morphological Transformations of Top Electrodes on YMnO3 caused by
Filamentary Resistive Switching in the Oxide Matrix
Abstract: Unipolar resistive switching in YMnO3 with large-scale bottom and small-scale top
electrodes is analyzed in detail by tracking the morphological transformations of the top electrodes
induced by applied writing voltages. Micro-scale digital images are taken after each subsequent
quasi-static current-voltage sweep. Current mapping after electrical investigations indicates a shift in
the conductivity at the localized areas of the morphologically transformed top electrodes. Those
changes are assigned to the heat induced structural and compositional changes within YMnO3 which
lead to the formation and rupture of conductive filaments observed as unipolar resistive switching.
Presented results underline the importance of Joule heating in the fostering of resistive switching and
its adverse impact on the device endurance.
Coffee Break
茶歇
15:45 p.m.-16:00 p.m.
Theme: Material Science
Time: 16:00 p.m.-18:00 p.m.
Session Chair: Prof. Dr. Osman Adiguzel
分会 5
4 楼九龙厅
23
ICMSET2014-3-020E
Suresh Ramappa
Title: Development and Property Evaluation of Chilled MMC Prepared with LM25
as Matrix and SiO2 (Glass) Particulates as Dispersoids
Abstract: Main objective of the present work is to investigate the effect of dispersiod content and
the effect of chill on the mechanical properties of chilled MMC with LM25 as matrix and SiO 2 as
dispersoid. Investigation is carried out to evaluate Ultimate Tensile Strength (UTS), Fracture
toughness, Hardness, and microstructure of chilled aluminum matrix and Glass particulate
composite. The glass (SiO2) particles ranging from 30-to100µm were chosen as dispersiod and
added, ranging from 3to 12wt% in steps of 3%. The composite was prepared by stir-casting
technique and poured into the sand molds incorporated with non-metallic and metallic chills. Test
result showed that this MMC was greatly influenced by the dispersiod and chills. Fracture toughness
& UTS of the composite are found to depend on the wt% of the dispersiod and chilling medium. It is
observed that chill has influenced hardness of the composite. Volumetric heat capacity (VHC) of the
chill is found to increase the amount of heat absorbed. Microstructure analysis has reveled uniform
distribution of the dispersiod, which results in improved properties of the particulate reinforced metal
matrix composite..
ICMSET2014-2-018E
Shaoyu Qian
From: University of Auckland, New Zealand
Title: Experimental Investigation of Mueller Matrix of a Bidispersed Foam Using
Polarised Light Scattering
Abstract: We have previously investigated foams with monodispersed bubbles using a polarised
light scattering technique. The liquid fraction and the bubble size distribution were found to
influence scattering properties of polarised light and correlate with the Mueller matrix elements. This
paper focused on an investigation of the Mueller matrix of a bidispersed foam. Comparisons were
made between the results of bidispersed foam and monodispersed foam.
ICMSET2014-2-005E
Carlos Rolando Rios-Soberanis
From: Centro de Investigación Científica de Yucatán, México
Title: Artificial Weathering Analysis and Mechanical Behavior of Geotextiles Used
24
for Coast Erosion Control and Beach Restoration
Abstract: Nowadays geotextiles play a significant part in coastal protection and erosion prevention
design and maintenance techniques. The growth in their use worldwide as geotubes for recovering
damaged coastal due to its easiness of manipulation and excellent mechanical properties has been
extraordinary. Considering that applications of geosynthetics are usually outdoors, the degradation of
polymers must be taken in account when selecting polymeric textiles. There are many environmental
factors, which influence aging mechanisms of geotextiles such as UV radiation, temperature,
humidity, etc. However, a multiple exposures, such as a combination of moisture and heat or oxygen
and light, can result in accelerated deterioration. This paper is related to mechanical behavior and
durability consideration that geotextiles must withstand in order to be applied as geotubes for coast
erosion and beach regaining. The paper provides an overview of the current erosion in the Yucatan
coast and the solutions for shoreline protection as well as the effect of geotextile architecture on
mechanical properties.
Dong-Hau Kuo
From: National Taiwan University of Science and Technology, Taiwan
Titile: Characterizations of Indium-doped Cu2SnSe3 bulks made by reactive
sintering at 550 oC
Abstract: Indium-doped Cu2SnSe3 bulk materials with the Cu2 (Sn1-xInx)Se3 (In-x-CTSe) formula
ICMSET2014-2-016E at x = 0, 0.05, 0.1, 0.15, and 0.2 were prepared at 550 ˚C for 2 h with soluble sintering aids of Sb2S3
and Te. Defect chemistry was studied by measuring structural and electrical properties of
In-x-Cu2SnSe3 as a function of dopant concentration. In-x-CTSe pellets show p-type at x = 0, 0.05
and 0.1 and n-type at x = 0.15 and 0.2. The low hole concentration of 4.56×1017 cm-3 and high
mobility of 410 cm2 V-1 s-1 were obtained for Cu2(Sn1-xInx)Se3 bulks at x= 0.1 (10% In). The
explanation based upon the In-to-Cu antisite defect for the changes in electrical property was
declared.
ICMSET2014-2-017E
Ren-Kae Shiue
From: National Taiwan University, Taiwan
Title: Dissimilar Welding Simulation of 316L and Low Alloy Steel Using the
SYSWELD Simulation
Abstract: The purpose of this investigation is focused on the welding process simulation using the
SYSWELD software. It has been used to conduct the simulation of the tungsten inert gas (TIG)
welding process. 316L stainless steel (316L SS) is welded with a low alloy steel (A508) using the
Inconel filler 82 (IN-82). Welding experiments are carried out in order to compare with simulation
results. Profile of the welding pool, residual thermal stress and deformation of the weld have been
studied, and accuracy of the simulated results is also evaluated.
Auchariya Aungsusiripong
From: Mongkut’s University of Technology Thonburi, Thailand
Title: Constitutive Modeling of Flow Stress of MAB Alloy
ICMSET2014-3-001E
ICMSET2014-3-002E
Abstract: In this work, plastic flow behavior of an as-cast manganese aluminum bronze was
investigated under various compressive deformation conditions. The forming temperatures of 1023,
1073, 1123 and 1173 K and strain rates of 0.01, 0.1, 1.0 and 10 s-1 were considered. It was found
that all obtained stress-strain responses of manganese aluminum bronze showed a single peak stress
that afterwards approached a steady flow stress. Additionally, constitutive equations based on the
Arrhenius model were applied for describing the determined flow stresses, in which Zener-Hollomon
parameter in a hyperbolic-sine function was taken into account. By the flow stress modeling, the
activation energy of about 194 kJ/mol was calculated for the examined manganese aluminum bronze.
Jin Wang
From: Kyushu Institute of Technology, Japan
25
Title: Effect of Heat Treatment on the Microstructure of Plasma Spray SUS316L
Stainless Steel Coating
Abstract: A study of the effects of heat treatments of plasma sprayed SUS316L stainless steel
coatings was performed. The stainless steel coatings were treated at the conditions of 1273 K and
1373 K for 45 minutes in flowing argon. The effectiveness of the heat treatment was determined
using an electron probe microanalyzer (EPMA). The results indicated that the heat treatments were
able to significantly affect the composition and the microstructure. After the heat treatment, the
interconnected micro-pores were found to appear in the large-scale rod-like oxide in the coating and
the content of chromium and manganese in the oxides became higher than that in the as-sprayed
coating. The heat-treatment became more effective with increasing temperature.
ICMSET2014-3-004E
Nuwan Wannaprawat
From: Mongkut’s University of Technology Thonburi, Thailand
Title: Influences of Temperature and Strain rate on microstructure of Manganese
Aluminum Bronze Alloy
Abstract: Manganese Aluminum Bronze has been extensively used for applications under seawater
such as marine propellers, because this alloy exhibits high strength as well as excellent corrosion
resistance behavior. In this work, microstructures and hardness properties of an as cast Manganese
Aluminum Bronze undergoing hot deformation at different temperatures between 700oC, 750oC,
800oC and 850oC with the strain rates of 0.1s-1 and 1s-1 were investigated. Microstructures of the
MAB alloy from each condition were characterized by both optical and scanning electron
microscopy. The results showed that dynamic recrystallization obviously occurred at the
temperatures higher than 800oC for both strain rates. Finally, determined hardness values were
correlated with observed microstructure evolutions.
ICMSET2014-3-028E
Kenkere Venkataramaiah Sreenivas Rao
Title: Analysis of Cooling Curves, Microstructure and Properties of Chill Cast
Al-B4C Composites
Abstract: The cooling rate depends on the properties of the mold material which has significant
influence on the formation of microstructure and in turn on the properties of the cast components.
This work is aimed at preparing the Al-B4C composite using different chill materials by gravity die
casting and recording the casting temperature during pouring and subsequent solidification to
analyze the cooling rate of the casting. The effect of chilling on the microstructure and mechanical
properties are determined. The cast specimens are cut and polished by standard metallographic
procedure. Optical micrographs are taken at different magnification to reveal the microstructure and
B4C particulate distribution. The micro hardness and tensile test results indicate that there is a
significant increase in these properties with the increase in B 4C content.
26
ICMSET2014-3-025E
Kenkere Venkataramaiah Sreenivas Rao
Title: Experimental Studies on CNT Reinforced Aluminum Matrix Nanocomposites
Abstract: The remarkable high tensile strength and very high aspect ratio of carbon nanotubes make
them valuable components for mechanically reinforced composite materials. In this study, Carbon
Nanotube (CNT) reinforced aluminum matrix composites were prepared by simple stir casting route
with different percentages of Carbon Nanotube reinforcement. The prepared nanocomposite
specimens were subjected to evaluation of mechanical properties and microstructure. It was evident
from the study that, as the weight fraction of nanotube in the matrix increases, the ultimate tensile
strength, macro and micro-hardness also increases. The microstructures show clustering of the
carbon nanotubes in the matrix. The difficulties experienced in uniform dispersion of Carbon
Nanotube in the matrix to achieve optimum desired properties are discussed.
Ren-Kae Shiue
From: National Taiwan University, Taiwan
Title: Vacuum Brazing Incoloy 800 Using the Copper Foil
ICMSET2014-2-012E
Abstract: The purpose of this research is focused on vacuum furnace brazing Incoloy 800 (IN-800)
using the copper filler foil. Microstructural evolution and shear strength of brazed joints for various
brazing conditions has been evaluated in the experiment. The Cu-rich matrix dominates entire brazed
joint. The width of Cu-rich matrix is decreased with increasing the brazing temperature and/or time.
Average shear strength of the joint is approximately 215 MPa. Dimple dominated fracture is widely
observed for the specimen brazed below 1160 oC. However, cleavage dominated fracture is found for
the specimen brazed at 1200 oC. It is advised that copper brazing IN-800 alloy should be confined
below 1160 oC.
Poster Session
Title: Performance Analysis of Fine Mineral Fillers in Gypsum Plasters
ICMSET2014-2-002E Abstract: This study investigates the influence of limestone powder and silica flour used as fine
mineral fillers on the main characteristics of gypsum plaster. Fine mineral fillers were added in
various dosages from 2.5% to 20.0%.
Title: Mathematical Formulation of the Global Coefficients of Transmission and
Reflection of Ultrasonic Waves in Bi-Phase Porous Medium
ICMSET2014-2-014E
Abstract: The study of signals propagation inside porous media is an important field especially in
the biomedical research related to compact bones. The purpose of this paper is to determine a
mathematical formulation of the global coefficients of transmission and reflection of nondestructive
ultrasonic waves in any bi-phase porous medium. Local coefficients of transmission and reflection
on the interface of the porous medium will be determined based on a study of boundary conditions.
The behavior of different waves inside the porous medium will be developed so that we can derive a
new formulation of global coefficients that takes interior phenomena into consideration. Results are
found independently of the geometrical and physical characteristics of the medium. Note that this
study is based on normal incident ultrasonic wave propagation.
Title: Enhanced the Negative Charges of Antheraea pernyi Silk Fibroin by
Methylglyoxal Modification
Abstract: Antheraea pernyi silk fibroin has favorable biocompatibility, good bioactivity and
ICMSET2014-2-020E controllable biodegradability, meeting the basic requirements of controlled drug release carriers.
Enhancing the negative charge of silk fibroin could further increase the encapsulation and loading
efficiency of positively charged drugs. In this study, Antheraea pernyi silk fibroin was chemically
modified by methylglyoxal in aqueous solution. The electric charge properties of Antheraea pernyi
27
silk fibroin were examined to characterize the modification, the results indicated that the isoelectric
point of Antheraea pernyi silk fibroin decreased from 4.5 to 3.9, and the zeta potential reduced from
-11.7 mV to -12.8 mV. Amino acid analysis and 1H-NMR spectra showed that arginine residue of
Antheraea pernyi silk fibroin side chain was modified by methylglyoxal for enhancing negative
charge of silk fibroin. These results suggested that methylglyoxal-modified Antheraea pernyi silk
fibroin could be considered as a potential starting material in loading positively charged drugs.
Title: LVQ Algorithm for Pattern Recognition on Paper Currency’s Feature using
UV Light
ICMSET2014-1-008E
Abstract: This research is aimed to test the originality of paper currency using detection system
based on Linear Vector Quantization (LVQ) Neural Network method. The input image of the system
is the “dancer” object image of paper currency Rp. 50.000,- fluorescent by ultraviolet light. The
coding was carried out using visual programming language. The feature’s size of the dancer tested
object is 114x90 px and the Red-Green-Blue-Hue-Saturation-Intensity (RGBHSI) values were
extracted as the input for LVQ. The experimental result shows that the system has an accuracy 100%
of detecting 20 real test case data, and 96% of detecting 22 simulated test case data.
Title: Numerical Simulation of Solidification Processes of Copper Alloys by
Vacuum Continuous Casting
ICMSET2014-2-008E
Abstract: A numerical simulation method is used to analyse the microstructure evolution of
8-mm-diameter brass (70wt%Cu30wt%Zn) rods during the vacuum continuous casting (VCC)
process. The macro- and micro-scale coupling method is adopted to develop a temperature field
model and a microstructure prediction model. The effects of casting parameters, including casting
speed and pouring temperature, on the shape of the solid-liquid (S/L) interface and solidified
microstructure are considered. Simulation results show that the casting speed has a large effect on the
shape of the S/L interface and grain morphology.
Title: Mathematical Formulation of the Global Coefficients of Transmission and
Reflection of Ultrasonic Waves in Bi-Phase Porous Medium
ICMSET2014-3-017E
Abstract: The study of signals propagation inside porous media is an important field especially in
the biomedical research related to compact bones. The purpose of this paper is to determine a
mathematical formulation of the global coefficients of transmission and reflection of nondestructive
ultrasonic waves in any bi-phase porous medium. Local coefficients of transmission and reflection
on the interface of the porous medium will be determined based on a study of boundary conditions.
The behavior of different waves inside the porous medium will be developed so that we can derive a
new formulation of global coefficients that takes interior phenomena into consideration. Results are
found independently of the geometrical and physical characteristics of the medium. Note that this
study is based on normal incident ultrasonic wave propagation.
Title: Degradation Mechanism of Glass/Polyester Composite Exposure to Acidic
and Alkaline Solutions at Room Temperature
ICMSET2014-3-008E
Abstract: The aim of this work is the study of the degradation mechanism of a glass
fiber/unsaturated polyester (UP) composite immersed in acidic (H2SO4) and alkaline (NaOH)
solutions like establishing a relation between the chemical and the mechanical behaviors of this
material. The gravimetric analyses showed a pseudo fickian behavior for the samples immersed in
H2SO4 and mass losses with a pseudo-stage of saturation as from 64 hours of immersion for the
samples immersed in NaOH. The Fourier transform infrared analysis (FT-IR) of the UP resin
revealed the presence of chemical degradation phenomenon (hydrolysis). Microscopic observations
(SEM) confirmed the fibres/matrix interfaces degradation. The effect of these degradations has been
reflected one the mechanical properties of the materials.
Title: The Influences of Annealing Temperatures on the Properties of HfO2 Thin
Film and the Fabrication of SiO2/HfO2 Distributed Bragg Reflector
ICMSET2014-3-012
ICMSET2014-3-031
Abstract: In this study, HfO2 thin films were deposited onto the Si substrates by RF magnetron
sputtering system. After deposition, the HfO2 thin films were then heated by a furnace thermal
annealing process in air and at 400-700oC. The surface morphologies and crystalline characteristics
of the HfO2 thin films were investigated by using SEM and XRD patterns. The grain sizes and
crystalline phases increased with rising annealing temperature. In addition, the SiO2/HfO2 distributed
bragg reflector (DBR) was used for improving the external quantum efficiency of the GaN-based
LEDs. The output power of LEDs with 9-pair SiO2/HfO2 DBR and with Ag mirror+6-pair SiO2/HfO2
DBR were increased by approximately 10.6% and 7%, respectively, as compared with the LEDs
without SiO2/HfO2 DBR.
Title: The Influence of Temperature on the Galvanic Corrosion in Multi-material
28
System in Seawater
Abstract: The galvanic corrosion behavior of titanium(TA2)/Cu-Ni alloy(B10)/low alloy steel
(921A) multi-material system has been studied using a zero-resistance ammeter (ZRA) in seawater at
different temperatures. After the tests, the surface morphologies of the samples were detected by
SEM. Results showed galvanic corrosion behavior of TA2/B10/921A fulfill the mixed potential
theory, 921A acts as the anode and both TA2 and B10 act as the cathodes. The effect of temperature
on the galvanic corrosion is important, the corrosion rate increases with increasing temperature.
Title: Network-Wide Time Synchronization based on SDH Link Transmission
Abstract: Network-wide time synchronization system is a key technology of electric power industry
ICMSET2014-3-034
in recent years. High precision time reference signals transmitted by SDH(Synchronous Digital
Hierarchy) network and high precision timing network application realized by PTP(Precious Time
Protocol) are being studied at home and abroad. External frequency references are required to rectify
the access and transmission delay error of PTP over E1 transmission. Based on the time
synchronization demonstration project of electric power communication network and the related
experimental data, the influence on transmission timing precision caused by frequency deviation on
the SDH transmission link are analyzed. It is demonstrated that the frequency synchronization
standard of SDH link is critical to the transmission of time synchronize signals, the networking
advises on network-wide time synchronization are proposed to realize the entire network coverage of
unified reference time signal.
Dinner Banquet and Best Presentation Reward
19:00 p.m.-20:00 p.m.
Restaurant of JINGDU GUI LONG HOTEL on Floor 1
晚宴&最佳报告奖颁发
1 楼中餐厅
All the participants of ICMSET 2014 & ICMAM 2014 can join in. The itinerary of one day tour is as below:
The Itinerary (Oct. 26, 2014)
7:00 AM-7:30 AM
Breakfast
7:30 AM
Meet on the lobby of JINGDU GUI LONG HOTEL and start the happy tour
9:00 AM-11:30 AM
The Great Wall（长城）
12:00 AM-13:00 PM
Lunch at Gold four-dimensional Restaurant
13:30 PM-14:30 PM
Summer Palace（故宫）
15:30 PM-16:00 PM
Perking University（北京大学）
16:00 PM
Group photo before West Gate of Peking University（北大西门集体照）
16:20 PM
Back to JINGDU GUI LONG HOTEL and the tour ended.
29
We will go to the Great Wall, the Summer Palace and the Peking University. Please meet on the lobby of
JINGDU GUI LONG HOTEL before 7:30 a.m.
We wish all the participants a happy tour in Beijing. If you have any special request about the diet or
schedule, please contact us at your earliest convenience.
* If participants have companies with them joining this tour, there is a good price for them:
Adult
200RMB/35USD/person
Child
100RMB/20USD/person
30
Note
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Note
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Contents

Transcription

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