information booklet

IUTAM Symposium on
Advances in Biomechanics
of Hearing
Stuttgart, Germany
May 17-20, 2016
www.itm.uni-stuttgart.de/iutam2016
About the Conference
Members of the Scientific Committee
AlbrechtKEiberKWHonoraryKChairmanZ.KGermany
AlexanderKHuber.KSwitzerland
TakujiKKoike.KJapan
SunilKPuria.KUSA
JohnKRosowski.KUSA
StefanKStenfelt.KSweden
HiroshiKWada.KJapan
PascalKZieglerKWConferenceKChairmanZ.KGermany
IUTAM Representative
KKKK
WernerKSchiehlen.KGermany
Conference Chair
DrI-IngIKPascalKZiegler
InstituteKofKEngineeringKandKComputationalKMechanics
UniversityKofKStuttgart
PfaffenwaldringK1
+v6:1KStuttgart.KGermany
TelI8KD51KWvZ+99K:46K:4v59K
Fax8KD51KWvZ+99K:46K::5vv
iutam7v9:@itmIuni-stuttgartIde
Welcome to the
IUTAM Symposium on
Advances in Biomechanics of Hearing
Maps
Campus Vaihingen ..................................................................................... 6
Site Plan of the Symposium Venue ............................................................ 7
Social Events .......................................................................................... 14
Table of Content
Welcome to the Symposium
5
Objectives and Scope ........................................................................................................... 5
Presentation of Papers.......................................................................................................... 5
Scientific Committee ............................................................................................................. 5
Symposium Venues
6
This is Stuttgart, Germany
8
A Little about Germany ......................................................................................................... 8
The Stuttgart Region ............................................................................................................. 8
University of Stuttgart
10
A Research University of International Standing ................................................................. 10
Useful Information
12
Tickets and Transportation................................................................................................... 12
How to Arrive at the University Campus Vaihingen ............................................................. 12
Useful Addresses and Phone Numbers ............................................................................... 12
Practical Matters .................................................................................................................. 13
Social Program
14
Registration and Welcome Reception.................................................................................. 14
Symposium Reception ......................................................................................................... 14
Excursion.............................................................................................................................. 16
Symposium Dinner ............................................................................................................... 18
Transfer for Social Events .................................................................................................... 18
Program Overview
20
Scientific Program
21
Extended Abstracts
25
Welcome to the Symposium
Objectives and Scope
The purpose of this Symposium is to
bring together scientists, engineers
and otologists in order to serve as a
meeting point for reviewing and
discussing recent advances in the
research in Biomechanics of Hearing.
Engineers will benefit from the
discussion of clinical problems or
observations to develop more valid
mathematical models of different
aspects of the hearing process,
Surgeons will profit from predictions
available with mathematical models
and the mechanical insight into the
physical phenomena involved in the
hearing process. It is, therefore,
another important aim of the
Symposium
to
encourage
and
strengthen
interdisciplinary
work
among engineers and otologists.
Topics of the Symposium include, but
are not limited to:
•
•
•
•
•
Biomechanics of the Middle Ear
Biomechanics of the Inner Ear
Mechanical Simulation Models
Passive and Active Middle Ear
Implants
Audiological Measurements
computer ahead of time to minimize
delays. Presenters may use their own
laptops if they wish. In any case,
please check your hardware and
presentation ahead of time. The time
allotted for each presentation is 30
minutes. This time includes 5 minutes
for discussion, so you have 25 minutes
for the presentation itself. Please help
us to run a smooth conference by
beginning your presentation on time
and strictly holding to the time allotted.
Please introduce yourself to your
Session
Chairman
before
the
beginning of your session so he knows
of your presence.
Scientific Committee
The Symposium is supervised by an
International Scientific Committee:
Pascal Ziegler (Conference
Chairman), Germany
Albrecht Eiber (Honorary Chairman),
Germany
Alexander Huber, Switzerland
Takuji Koike, Japan
Sunil Puria, USA
John Rosowski, USA
Presentation of Papers
The conference room will be equipped
with a computer running Windows 7
with Microsoft Office Professional 2013
and Adobe Acrobat Reader DC 2015.
Please upload your presentation to the
Stefan Stenfelt, Sweden
Hiroshi Wada, Japan
IUTAM Representative:
Werner Schiehlen, Germany
5
Symposium Venue
The map below shows the Symposium
Venue on the campus of the University
of Stuttgart in Stuttgart-Vaihingen. The
emblem with the white ‘S’ on a green
background denotes the underground
train station "Universität".
6
The Pre-Registration will be held at the
Institute of Engineering and Computational Mechanics (ITM) in the building
Pfaffenwaldring 9, 4th floor.
The Symposium will take place in the
building Pfaffenwaldring 47, see also
the site plan on the next page. The
presentations will be given in lecture
room V 47.05.
Site Plan of the Symposium Venue
7
This is Stuttgart, Germany
A Little about Germany
Germany, officially the Federal Republic of
Germany, is a federal parliamentary
republic in Europe. The country consists of
16 states while the capital and largest city
is Berlin. Germany covers an area of 357
021 km2 and has a largely temperate
seasonal climate. With 81.8 million
inhabitants, it is the most populous
member state and the largest economy in
the European Union. It is one of the major
political powers of the European continent
and a techno-logical leader in many fields.
Opera of Stuttgart
The Stuttgart Region
Inventive, cultivated, relaxing and
enticing at the same time
ln the Stuttgart Region, nature goes hand
in hand with technology, and tradition with
innovation. lts architecture is both baroque
and modern. It spans the diversity of the
pulsating economic metropolis and a
wealth of culture on the highest level. All
of this is to be found amidst an idyllic,
topographically appealing scenery.
The Stuttgart Region comprises 179 towns
and communities, divided into five administrative districts and the municipality of
Stuttgart. About 2.7 million people of
around 170 different nationalities live here,
602 110 of them in Stuttgart. The state
capital's main landmark is the Television
Tower – the first of its kind worldwide.
Map of Germany and BadenWürttemberg
Stuttgart is the capital of the state of BadenWürttemberg in Southern Germany.
Stuttgart owes its name to a stud farm, or
"Stuotgarten", which Duke Liudolf of
Swabia is said to have founded in 950 AD.
To defend this stud farm, the Old Castle
was built. The New Castle was the
residence of the kings of Württemberg up
to the middle of the 19th century. Today
the building contains ministries of the
Baden-Württemberg state government
and state reception rooms.
The Castle Square is the most central part
of Stuttgart. It is an absolute must when
enjoying a stroll through the city because
8
Did you know …
that Stuttgart is the city with the largest
elevation variation out of all German major
cities? The city area stretches over a
difference in elevation of 342 meters.
Therefore, you can climb in Stuttgart the
most stairways of all German cities with a
stretch of 30 kilometers in length.
………………………………………………
this is where the city's heartbeat can best
be felt. It is bordered by the Königstraße,
Europe's longest pedestrian zone and
shopping area, 1.2 km in length.
Europe’s largest high-tech
region
The Stuttgart region is a main center for:
 the automotive industry
 mechanical engineering
 information and communication
technology
 environmental technology
years on display and is one of the most
visited museums in the country.
Stuttgart is spread across a variety of hills
(some of them vineyards), valleys and
parks – unusual for a German city and
often a source of surprise to visitors who
primarily associate the city with its
industrial reputation as the "cradle of the
automobile".
Königstraße in the city center, one of the
most frequented shopping streets in
Germany
The Landtag, the State Parliament
building, is located in the Upper Castle
Gardens. Directly adjacent are the
Staatstheater Stuttgart, Europe's largest
triple-branch theater, comprising Stuttgart
State Opera, the world-famous Stuttgart
Ballet and the Schauspiel Stuttgart theater
company.
A wide diversity of museums rounds off
the culture scene. The Stuttgart Museum
of Art has the world's most outstanding
collection of the oeuvre of Otto Dix. The
Stuttgart State Gallery has works from 700
Television Tower – Landmark of the city
and the first in the world built of
ferroconcrete
9
University of Stuttgart
A Research University of
International Standing
The University of Stuttgart lies right in the
center of the largest high-tech region of
Europe. It is surrounded by a number of
renowned research facilities and has such
global industrial players as Daimler or
Bosch as its neighbors.
It was founded in 1829, and over the
years, this technical institution has evolved
into the research intensive university that it
is today. Its main emphasis lies on
engineering and the natural sciences.
However, combining these areas with
humanities and the social sciences adds
something special to its profile.
Indicators of its excellent status are
projects like the Excellence Cluster
"Simulation Technology". The university is
also involved in a number of Collaborative
Research Centers and Research Training
Groups.
The research activities are concentrated
around eight interdisciplinary areas:
 Modeling and simulation
technology
 New materials
 Complex systems and
communication
Test setup for monitoring the contact force
at a middle-ear prothesis
 Technology concepts and
technology assessment
 Energy and environment
 Mobility
 Integrated product and production
design
 Design and technology of
sustainable living spaces
The University of Stuttgart is going to
strengthen its research through interdisciplinary networks of cooperation in
order to continue to expand its cuttingedge position in these fields. It is going to
increase its international presence and
concentrate on themes that are of central
importance for its future.
Behind all this lies the vision of
undertaking research on the whole life
cycle of a product. This involves not only
the engineering implementation but also
the evaluation of the sustainability of the
technical innovations.
………………………………………………
Did you know …
that the "Tagblatt-Tower" (publisher of a
local newspaper) was the first skyscraper
in Stuttgart with its 61 meters and 18
floors, built in 1928?
Education and training for scientists of
different engineering disciplines
10
Faculties
At a glance
 Architecture and Urban Planning
 ~ 5 200 employees
 Civil and Environmental
Engineering
 ~ 3 400 scientific staff
 Chemistry
 Energy- , Process- and BioEngineering
 Computer Science, Electrical
Engineering and Information
Technology
 Aerospace Engineering and
Geodesy
 Engineering Design, Production
Engineering and Automotive
Engineering
 Mathematics and Physics
 ~ 250 professors
 ~ 27 200 students enrolled at
10 faculties
 ~ 5 596 international students
from more than 100 countries all
over the world
 ~ 120 study programs
 9 MSG Programs taught in
English
 ~ 320 partner universities
worldwide
 annual budget of ~ 465 000 000
Euro
 Humanities
 Management, Economics and
Social Sciences
The University of Stuttgart has become
one of the most popular education
institutions worldwide for the subjects we
offer. Around 27 200 students are enrolled
in the courses offered by the 150 institutes
in the 10 different faculties.
It offers about 120 degree programs. It
also has nine international MSc-degree
programs taught entirely in English. In
addition, the university offers numerous
activities that are tailored for its
international partners.
The lecture halls are well filled
Modern buildings
Vaihingen
on
the
Campus
11
Useful Information
Tickets and Transportation
You can ride all streetcars, suburban
railways and buses within the metropolitan
Stuttgart area with a VVS ticket. VVS
means Transit and Tariff Association
Stuttgart
(German:
Verkehrsund
Tarifverbund Stuttgart). We recommend
you to buy a single ride ticket (German:
Einzelticket) for two zones for your journey
from the airport to the University Campus
Vaihingen or from the main station to the
University Campus Vaihingen or vice
versa. Step off at the station "Universität".
Also for the journey from the University
Campus Vaihingen to the Symposium
Reception, a two-zones ticket is required.
A single ride ticket entitles the rider to
one ride in the one direction, but changing
lines as well as short ride interruptions are
permitted. The tickets remain in effect for
two hours from purchase. The price for
two zones is 2.80 Euro.
You can buy your ticket from the ticket
machines. You will find them close to the
entry of the suburban railway stations.
Unfortunately, you will not find the ticket
machines directly on the platform of the
suburban railways or in the trains.
Single-day tickets with an unlimited
number of rides or a discounted multitrip
travel card with four single tickets are
also available from the ticket machines.
The three-day ticket is an attractive offer
designed for overnight guests at hotels
and guest houses within the VVS territory.
Please ask for a three-day-ticket in your
hotel.
A map of the railway network is contained
in the conference bag.
12
How to Arrive at the University
Campus Vahingen
From Stuttgart main station (German:
Hauptbahnhof) or from Stuttgart city
center (German: Stadtmitte), you should
take one of the following suburban
railways (German:
S-Bahn) which
travel every 10 minutes. It takes you about
10 minutes to get from the main station to
the
University
Campus
Vaihingen
(German: Universität):
 S1: Direction Bӧblingen / Herrenberg
 S2: Direction Vaihingen / Filderstadt
 S3: Direction Vaihingen / Flughafen /
Messe
Leave the train at the station University
(German: Universität) which is very close
to the Symposium venue.
After arriving at the platform, take the exit
to the University Campus (German:
Universitätszentrum), and after going up
by elevator or stairways, you are already
in front of the conference building. lf you
take the wrong exit and find yourself in a
living area, don't worry. The university is
just a two minutes walk away.
Useful Addresses and Phone
Numbers
Emergency number 112
In case of an emergency, call 112. This
number will connect you to the police,
ambulance or fire department. The
emergency number does not require an
area code, and the phone call is free.
Taxi
A taxi from the University Campus
Vaihingen to the city center or vice versa
costs about 25 Euro but the suburban
railway (German: S-Bahn) is faster and
cheaper. A telephone number to reserve a
taxi is 0049 (0) 711-5590721.
Practical Matters
German time is 1 hour ahead of
Greenwich Mean Time, i.e. UTC+1, in
summer (from March to October) 2 hours
ahead of Greenwich Mean Time, i.e.
UTC+2.
Supermarkets are usually open from 8
a.m. until 8 p.m. on weekdays (Monday to
Saturday). Shops are usually open from
9.30 a.m. until 8 p.m. on weekdays
(Monday to Saturday). On Sundays and
public holidays (like Monday, May 16,
2016), supermarkets and shops are
closed.
Prices in Germany already contain valueadded tax (VAT). Additional tips in the
amount of 5-10% of the bill are usual in
restaurants.
Post offices and mailboxes are yellow
and exhibit the label "Deutsche Post".
The voltage in Germany is 220V (230 V),
50 Hz. Round "European" two-pin plugs
and sockets are used.
Only pharmacies (German: Apotheke)
sell medicines. They are usually open
from 9.30 a.m. until 8 p.m. on weekdays
(Monday to Saturday).
Coffee breaks will usually take place
twice a day, in the morning and in the
afternoon in the foyer in front of the lecture
hall.
Lunches are served between 1 p.m. and
2 p.m. in the restaurant of the Commundo
Tagungshotel, Universitätsstraße 34.
Wireless internet is available for the
conference participants in the conference
venue. Eduroam can also be used. Logins
and passwords will be given at the
registration desk.
The tap water in Germany is safe to drink.
Common Expressions in German Language
Germany......................
Hello! ...........................
Bye! .............................
Goodbye! ....................
See you later ...............
Yes ...............................
No ................................
Thank you! ..................
You're welcome! .........
Excuse me ..................
My name is ... ..............
I’d like … .....................
How much is it …? .......
Could we pay please?..
I don’t understand. …..
I don’t speak German..
Do you speak English?.
How are you? ..............
Where is the
washroom?
Deutschland
Hallo
Tschüss
Auf Wiedersehen
Bis später!
Ja
Nein
Danke
Bitte!
Entschuldigung
lch heiße ...
lch hätte gerne ...
Was kostet ...?
Zahlen bitte.
lch verstehe Sie
nicht.
lch spreche kein
Deutsch.
Sprechen Sie
Englisch?
Wie geht es lhnen?
Wo ist die Toilette?
Entrance ......................
Exit ..............................
Help! ............................
Eingang
Ausgang
Hilfe
one ..............................
two ..............................
three ............................
four..............................
five ..............................
six ................................
seven ...........................
eight ............................
nine .............................
ten ...............................
eins
zwei
drei
vier
fünf
sechs
sieben
acht
neun
zehn
Monday .......................
Tuesday .......................
Wednesday .................
Thursday......................
Friday ..........................
Saturday ......................
Sunday.........................
Montag
Dienstag
Mittwoch
Donnerstag
Freitag
Samstag
Sonntag
13
Social Program
Registration and Welcome
Reception
University of Stuttgart
The regular registration will start on
Tuesday, May 17, 2016 at 8 a.m. in front
of the lecture hall V 47.05, at the
registration desk.
The Symposium Pre-Registration will take
place on Monday, May 16, 2016, from 6
p.m. until 9 p.m. at the Institute of
Engineering and Computational Mechanics (ITM), Pfaffenwaldring 9, 4th floor. The
Pre-Registration is accompanied by a
Welcome
Reception
where
the
participants have the first opportunity to
meet each other.
Please note that this day is a public
holiday in Germany and shops are closed.
Campus Vaihingen, University of Stuttgart
Symposium Reception
Television Tower in Stuttgart
On Tuesday evening, May 17, 2016, at
7.00 p.m., the Symposium Reception will
take place at the Television Tower in
Stuttgart
The world's very first television tower is to
be found in Stuttgart. For 60 years now
14
the 217-meter-high tower has defied wind
and weather. When building commenced,
many of Stuttgart´s inhabitants were
doubtful as to whether the first ever tower
to be constructed from reinforced concrete
would hold.
After a construction period lasting 20
months, the Stuttgart Television Tower
was inaugurated on 5th Feburary 1956. It
became a prototype that was imitated
refined all over the world - from Frankfurt
and Dortmund to Johannesburg and
Wuhan in China.
A tower not just for technology
antennas on top of a 200-meter-high,
guyed iron lattice mast. However,
Professor Fritz Leonhardt, the famous
Stuttgart bridge builder and structural
engineer, proposed a concrete tower
instead. His concept was not only an
innovation from the construction point of
view, but also because of the plan to use it
for tourism and catering purposes. Thus
an aesthetic tower came into being which
incorporated an almost circular cylindrical
pod with an observation deck, restaurant
and transmitter technology. The costs of
construction, 4.2 million marks, were
recouped within the space of five years
from the takings in admission charges.
Today a Stuttgart landmark
Originally the Süddeutscher Rundfunk
(South
German
Broadcasting
Company) had intended to install its
Today the Television Tower is one of
Stuttgart´s best-known landmarks. No
other view in Stuttgart can compare with
its impressive panoramas over the city,
the vineyards of the Neckar Valley and the
Swabian countryside as far as the
Swabian Alb, the Black Forest and the
Odenwald.
15
Excursion and Symposium
Dinner
All participants of the Symposium are
kindly invited to the excursion to the Lorch
Monestery and to the mine "Tiefer Stollen"
in Aalen. We will start on Thursday, May
19, 2016, at 2 p.m.
Lorch Monastery
Lorch
Monastery
(Kloster
Lorch),
Wäscherschloss
Castle
(Burg
Wäscherschloss) and Hohenstaufen are
key historical locations for the Staufer
dynasty. They represent the birthplace of
the dynasty, the official family seat, and its
initial burial site, respectively.
Lorch Monastery – the final resting
place
The buildings of this former Benedictine
monastery keep watch over the narrowest
point of the Rems Valley. In medieval
times, this was the Hofenstaufen family’s
place of worship and burial site. Duke
Friedrich I of Schwaben commissioned its
16
construction around 1100 and several
family members were laid to rest here.
With the advent of the Evangelical church,
the monastery was closed in 1556. From
1879, the rise of German national identity
prompted increased interest in the Staufer
dynasty. As a result, the planned
destruction of the site was halted.
One of the original pair of round towers –
that once flanked the west part of the
building – is still a prominent sight on the
horizon. The central nave of the chapel, a
Romanesque basilica, houses a further
treasure: the Staufer family tomb, which
dates back to 1475
Mine Tiefer Stollen
The mining and working of iron ore has a
very long tradition in the Aalen area. Smelting furnaces dating from pre-Christian
and Roman times have been discovered
here. For hundreds of years it was the
most important industry in the Ostalb region, and even today there are companies
continuing this tradition. Some with a long
history, such as chain manufacturers and
foundries. In 1948, economic factors
finally ended mining in this area. The
relatively low iron content of the ore (37
%) arid the increasing costs of personnel
and transport made the pit closures
inevitable.
One of the old mines was the iron ore pit
"Wilhelm", which is now accessible via the
exhibition mine "Tiefer Stollen" (Deep
Tunnel).
The mine has been reopened as a memorial to the generations of miners from
this area and as a reminder of the centuries-old industrial tradition of the Aalen
region. The town of Aalen, a Society of
Friends of the Mine and many private citizens have invested thousands of hours of
voluntary work to restore the mine and
make it fit for visitors. As far as possible,
the mine has been left in its original state.
The volunteers cleared away massive
piles of rubble, leveled the floor and
spread chippings and redid the original
guttering. They re-laid the railtracks, installed electric light and added handrails
and stairways. The walls and roofs are still
in their original condition, although in a few
places restoration work had to be carried
out copying the original.
17
Symposium Dinner
The Symposium Dinner will be held on
Thursday evening, May 19, 2016, at
7 p.m. near the mine "Tiefer Stollen".
Shuttle bus to the Lorch Monastery
and the Mine Tiefer Stollen
A shuttle bus will depart on Thursday,
May 19, 2016, at 2 p.m. from the
University of Stuttgart, bringing the
participants directly to the Lorch
Monastery and to the mine "Tiefer Stollen"
in Aalen.
Transfer to Social Events
Individual arrival to the Symposium
Reception at the Television Tower in
Stuttgart
The shuttle bus departs close to the
building Pfaffenwaldring 9 in front of the
Commundo Tagungshotel
A seperate flyer with directions to the
Symposium Reception will be provided at
the conference desk and with your
conference material. Please refer to the
instructions on that flyer to get to the
Television Tower, or follow our staff in the
blue shirts.
At the end of the Symposium Dinner, there
will be a bus shuttle back to the University
Campus Vaihingen. More details will be
given during the Symposium.
18
Program Overview
Monday, May 16, 2016
Wednesday, May 18, 2016
9:30
Pre-Registration
18:00 - 19:00
Pfaffenwaldring 9, 4th floor
- 11:00 Session 5
11:00 - 11:30 Coffee Break
11:30 - 13:00 Session 6
19:00 - 21:00
Welcome Reception
Pfaffenwaldring 9, 4th floor
13:00 - 14:00 Lunch
14:00 - 15:30 Session 7
15:30 - 16:00 Coffee Break
Tuesday, May 17, 2016
Registration
Pfaffenwaldring 47
8:00
- 18:00
9:00
-
9:30
- 11:00 Session 1
9:30 Welcome Session
11:00 - 11:30 Coffee Break
11:30 - 13:00 Session 2
16:00 - 18:00 Session 8
Thursday, May 19, 2016
9:30
11:00
Session 9
11:00
11:30
Coffee Break
11:30
13:00
Session 10
13:00
14:00
Lunch
14:00
17:30
Excursion
19:00
23:00
Dinner
13:00 - 14:00 Lunch
14:00 - 15:30 Session 3
15:30 - 16:00 Coffee Break
Friday, May 20, 2016
16:00 - 17:30 Session 4
9:30
11:00
Session 11
17:30 - 17:40 Announcement
11:00
11:30
Coffee Break
11:30
13:00
Session 12
13:00
13:15
Closing Session
19:00
Symposium Reception - Fernsehturm
("TV Tower")
19
20
Scientific Program
21
Tuesday, May 17, 2016
Session 1
Chair:
The Columella and the Footplate in the Middle Ear of Birds: Piston-like or Rocking
Motion?
Pieter G.G. Muyshondt, Peter Aerts, Joris J.J. Dirckx
Sheep as an Animal Model: Middle Ear Transfer Function and Intracochlear
Pressure
Dominik Péus, Flurin Pfiffner, Ivo Dobrev, Lukas Prochazka, Konrad Thoele,
Jae Hoon Sim, Rahel Gerig, Adrian Dalbert, Francesca Harris, Joris Walraevens,
Christof Röösli, Alexander M. Huber
High-Speed Holographic Measurements of the Transient Response of the Tympanic
Membrane of Live Chinchillas
Payam Razavi, Jeffrey Tao Cheng, Nima Maftoon, Michael E. Ravicz, Cosme
Furlong, John J. Rosowski
Charles Steele
09:30 - 10:00
10:00 - 10:30
10:30 - 11:00
Session 2
Chair: John Rosowski
The Mysterious Role of the Mouse Orbicular Apophysis in Middle Ear Sound 11:30 - 12:00
Transmission: A Finite-Element Study
Peter K. Gottlieb, Sunil Puria
The Mouse Organ of Corti 3D Cytoarchitecture Coupled to the Cochlear Duct 12:00 - 12:30
Fluid in a Finite Element Model
Hamid Motallebzadeh, Sunil Puria
Outer-Hair-Cell Power Output and Viscous Fluid Loss from 3D Cochlear Model
12:30 - 13:00
Yanli Wang, Charles Steele, Sunil Puria
Session 3
Chair: Shinji Hamanishi
Simulation of the Energy Transmission of Bone-Conducted Sound in a Finite- 14:00 - 14:30
Element Model of a Whole Human Head
You Chang, Namkeun Kim, Stefan Stenfelt
Prediction of Basilar Membrane Vibration Using a Human Whole Head Finite 14:30 - 15:00
Element Model with Bone Conduction Stimulation
Stefan Stenfelt, You Chang, Namkeun Kim
Linear Correlation Between Intracochlear Pressures and Extracochlear Movement 15:00 - 15:30
for Air Conduction and Bone Conduction Stimulation
Christof Stieger, Xiying Guan, John J. Rosowski, Hideko Heidi Nakajima
Session 4
Chair: Stefan Stenfelt
Analysis of Neotanal Tympanometry Using SFI Data
16:00 - 16:30
Michio Murakoshi, Nattikan Kanka, Shinji Hamanishi, Hiroshi Wada
Physiological and Computational Approaches to Determine the Cause of Hearing 16:30 - 17:00
Loss in Kendo Players
Shinji Hamanishi, Namkeun Kim, Yoshihiro Aoki, Hiroshi Wada
From the Ground to the Air - the Origins of Tympanic Hearing in Synapsids
17:00 - 17:30
Michael Laaß, Anders Kaestner, Burkhard Schillinger
Wednesday, May 18, 2016
Session 5
Chair: Matthias Bornitz
Eardrum Conical Shape as Source of Non-Linear Response to Sound Pressure: 09:30 - 10:00
Measurements and Finite Element Modelling in Human Ears
Kilian Gladine, Joris J.J. Dirckx
Optical Stimulation of the Tympanic Membrane: The Correlation Between in vitro 10:00 - 10:30
and in vivo Data
Patricia Stahn, Hubert H. Lim, Cathleen Schreiter, Marc Kannengießer, Marius
Hinsberger, Benjamin Hoetzer, Dietmar J. Hecker, Christoph Andres, Edgar Janunts, Hans-Jochen Foth, Achim Langenbucher, Bernhard Schick, Gentiana I.
Wenzel
Evaluation of the Influence of Morphological Variations on Middle Ear Transfer 10:30 - 11:00
Function
Steffen Ossmann, Matthias Bornitz, Mario Fleischer, Thomas Zahnert
Session 6
Chair: Patricia Stahn
Comparison of Two Methods to Measure Middle Ear Transfer Functions
11:30 - 12:00
Matthias Bornitz, Marie-Luise Metasch, Nikoloz Lasurashvili , Hannes Seidler,
Thomas Zahnert
Sensitivity Analysis of Material Properties on a Human Middle Ear Model Based 12:00 - 12:30
on the Finite Element Method
Felipe Pires, Pieter Muyshondt, Joris J.J. Dirckx, Stephan Paul Julio Cordioli
Varying the Material Properties of the Human Ossicular Chain in a 3D Finite- 12:30 - 13:00
Element Model to Examine their Effects on Middle-Ear Sound Transmission
Kevin N. O’Connor, Hongxue Cai, Peter K. Gottlieb, Charles R. Steele, Sunil Puria
Session 7
Chair:
Effect of Physiological Condition on the Sound Transmission via the Malleus-Incus
Complex
Ivo Dobrev, Sebastian Ihrle, Christof Röösli, Rahel Gerig, Flurin Pfiffner, Albrecht
Eiber, Alexander M. Huber, Jae Hoon Sim
Comparison of the Ossicular Chain with the Full Model of the Middle Ear
Bruno Areias, Marco Parente, Fernanda Gentil, Carla Santos, Renato Natal
Biomechanics of the Incudo-Malleolar-Joint: Numerical Investigations for QuasiStatic Loads
Sebastian Ihrle, Michael Lauxmann, Jörg Fehr
David Pazen
14:00 - 14:30
14:30 - 15:00
15:00 - 15:30
Session 8
Chair: Michael Lauxmann
New Chamber Stapes Prosthesis - Numerical Investigation for the PDMS Membrane 16:00 - 16:30
Katarzyna Banasik, Monika Kwacz, Wiktor Gambin
Intraoperative Measurements in Single Sided Deafness and Conductive Hearing 16:30 - 17:00
Loss Patients Using the Bonebridge (MED-EL)
Mohammad Ghoncheh, Thomas Lenarz, Hannes Maier
New Prostheses for Tympanoplasty: Assessment in Cadaveric Temporal Bones
17:00 - 17:30
Mansour Alshamani, Jae Hoon Sim, Michail Chatzimichalis, Christof Röösli, Alexander M. Huber
The Impact of a Cochlear Implant Electrode Array on the Middle Ear Transfer 17:30 - 18:00
Function
David Pazen, Maike Nünning, Andreas Anagiotos, Antoniu-Oreste Gostian, Dirk
Beutner
Thursday, May 19, 2016
Session 9
Chair: Sunil
The Hannover Coupler: Stimulation of the Cochlear Round Window with the 09:30 Floating Mass Transducer at Static Preloads
Mathias Müller, Rolf Salcher, Thomas Lenarz, Hannes Maier
Different Types of Round Window Stimulation to a Normal or Pathological Ear
10:00 Namkeun Kim
Mechanical Aspects of the Round Window Stimulation
10:30 Christoph Heckeler, Albrecht Eiber
Session 10
Chair:
Measurement of Intracochlear Pressure Differences in Temporal Bone Experiments
Using an Off-the-Shelf Pressure Sensor
Martin Grossöhmichen, Rolf Salcher, Thomas Lenarz, Hannes Maier
Intracochlear Sound Pressure Mapping Measurements with a Newly Developed
Intracochlear Acoustic Receiver
Flurin Pfiffner, Dominik Péus, Lukas Prochazka, Adrian Dalbert, Ivo Dobrev, Jae
Hoon Sim, Dominik Obrist, Francesca Harris, Joris Walraevens, Christof Röösli,
Alexander M. Huber
Effective Stimulus to the Cochlear: Intracochlear Pressure Measurement
Jae Hoon Sim, Flurin Pfiffner, Lukas Prochazka, Ivo Dobrev, Dominik Péus, Adrian
Dalbert, Christof Röösli, Alexander M. Huber
Puria
10:00
10:30
11:00
Hannes Maier
11:30 - 12:00
12:00 - 12:30
12:30 - 13:00
Friday, May 20, 2016
Session 11
Chair: Alexander Huber
Biomechanical Study of the Vestibular System of the Inner Ear Using a Numerical 09:30 - 10:00
Method
Carla F. Santos, Jorge Belinha, Fernanda Gentil, Marco Parente, Renato Natal
Jorge
Nonlinear Time-Domain Cochlear Model Using Finite-Element Method: Simulation 10:00 - 10:30
of DPOAEs
Takuji Koike, Hideyuki Mochizuki, Sinyoung Lee
Extraction of Distortion-Product Otoacoustic Emission Source Components and 10:30 - 11:00
its Relevance for Objective Audiometry
Dennis Zelle, Ernst Dalhoff, Anthony W. Gummer
Session 12
Chair:
Passive Basilar Membrane Vibration and Fluid Pressure Distribution
Philipp Wahl, Sebastian Ihrle, Pascal Ziegler, Peter Eberhard
Basilar Membrane Vibration Predicted by Fluid-Structure Interaction Model in Preand Poststapedotomy State
Konrad Kamieniecki, Janusz R. Piechna, Pawe Borkowski
Simulation of the Basilar Membrane Vibration of the Endolymphatic Hydrops
Sinyoung Lee, Takuya Hashimoto, Takuji Koike
Takuji Koike
11:30 - 12:00
12:00 - 12:30
12:30 - 13:00
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IUTAM Symposium on
Advances in Biomechanics of Hearing