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Workshop on Moving Interface Problems and
Applications in Biological Flows
(8 - 12 Jan 2007)
Organizing Committee
· Confirmed Visitors
· Overview
· Activities · Membership
Application
This workshop will focus on modeling, theory, simulations
and applications of moving interface problems in biological
flows in the presence of flexible rigid
structures as well as interaction between fluids and solids,
and on applications of shock wave and bubble dynamics in
biological treatment. Here, the moving interfaces of
interest are blood flow-tissue interfaces, blood
flow-artificial device interface, moving microbes in body
liquids, fluid-deformable structure interface, etc. The flow
is usually assumed to be incompressible and governed by the Navier-Stokes equations. Some of the topics are:
- Modeling of biological flows
- Fluid-elastic interaction in biological flows
- Moving interfaces and interface boundary conditions
- Mathematical theory for biological flows
- Numerical methods for treating moving interfaces
- Numerical techniques for solving biological flows
- Numerical simulation of biological flows
- Shock wave applications in biological treatment
- Applications of biological flows
Besides the invited lectures to be spread over a 3 day
period, there will be two tutorials. One
tutorial will have its emphasis on physical modeling and the
other on the mathematical aspects.
Invited international visitors:
- John Barrett, Imperial College
- Robert Dillon,
Washington State University
- Kazufumi Ito, North Carolina State University
-
Zhilin Li, North Carolina State University
- Chun
Liu, Pennsylvania State University
- John Lowengrub,
University of California, Irvine
- Young J. Moon, Korea
University
- Claus-Dieter Ohl,
University of Twente
- Rafael P. Saldaña, Ateneo de
Manila University
- Kazuyoshi Takayama, Tohoku University
-
Zhimin Zhang, Wayne State University
- Pei Zhong,
Duke University
- IMS Auditorium
Institute for Mathematical Sciences, NUS
3 Prince George's Park
Singapore 118402
- Getting to IMS
Tuesday, 9 Jan 2007 |
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08:45am
- 09:00am |
Registration |
09:00am
- 09:45am |
Multiscale models of
solid tumor growth and angiogenesis: the effect of the
microenvironment (PDF)
John Lowengrub, University of
California, Irvine, USA |
09:45am - 10:45am |
Fluid dynamic
models of flagellar and ciliary beating
Robert Dillon, Washington State
University, USA |
10:45am -
11:15am |
--- Coffee Break --- |
11:15am - 12:00pm |
A coupled immersed
interface-boundary element method for the simulation of
cell deformation in single-cell traps
Le Duc Vinh, Singapore-MIT
Alliance, Singapore |
12:00pm - 02:00pm |
--- Lunch Break --- |
02:00pm - 02:45pm |
Applications of shock dynamic and bubble dynamic
research to development of therapeutic devices
Kazuyoshi Takayama, Tohoku
University, Japan |
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03:00pm - 03:45pm |
Shock wave lithotripsy - mechanisms and
potential for improvement
Pei Zhong, Duke University, USA |
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03:45pm - 04:15pm |
--- Coffee Break --- |
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04:15pm - 05:00pm |
Free-Lagrange
simulations of planar shock and lithotripter shock
interactions with an air bubble
Cary Turangan, Institute of
High Performance Computing, Singapore |
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05:00pm - 05:30pm |
An
application of the boundary integral method to modelling
cell motility in a viscous fluid
Rafael P. Saldaña, Ateneo de Manila University,
Philippines |
Wednesday, 10 Jan 2007 |
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08:45am
- 09:00am |
Registration |
09:00am
- 09:45am |
Higher-Order, Cartesian grid
based finite difference schemes for elliptic equations
and Stokes Systems wit interface
Kazufumi Ito, North Carolina
State University, USA |
09:00am - 10:45am |
Bacteria-substrate
interaction: can mathematical models help?
Anil Kishen, National
University of Singapore |
10:45am -
11:15am |
--- Coffee Break --- |
11:15am - 12:00pm |
Modeling and simulations
of nasal obstruction
Heow Pueh Lee, Institute of
High Performance Computing, Singapore |
12:00pm - 02:00pm |
--- Lunch Break --- |
02:00pm - 02:45pm |
On bubble-acoustic
interaction for biological applications
Evert Klaseboer, Institute of
High Performance Computing, Singapore |
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02:45pm - 03:45pm |
Experimental study of
single cell capillary obstruction arising from human
diseases
Chwee Teck Lim, National University of Singapore |
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03:45pm - 04:15pm |
--- Coffee Break --- |
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04:15pm - 05:00pm |
Cavitation-cell interaction with adherent and suspension
cells
Claus-Dieter Ohl, University of
Twente, The Netherlands |
Thursday, 11 Jan 2007 |
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08:45am
- 09:00am |
Registration |
09:00am
- 09:45am |
Parametric approximation of geometric evolution
equations
John Barrett, Imperial College, United Kingdom |
09:45am - 10:45am |
Finite element modelling
of the human brain and applications in neurosurgical
procedures
Tay Eng Hock, National
University of Singapore |
10:45am -
11:15am |
--- Coffee Break --- |
11:15am - 12:00pm |
Analysis of
dielectrophoretic cell traps using the boundary element
method
Carlos Rosales Fernandez,
Institute of High Performance Computing, Singapore |
12:00pm - 02:00pm |
--- Lunch Break --- |
02:00pm - 02:45pm |
High accuracy approximation of eigenvalue problems
Zhimin Zhang, Wayne State
University, USA |
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02:45pm - 03:45pm |
Level set methods for
watershed segmentation and some PDE techniques for noise
removal
Xue-Cheng Tai, Nanyang Technological University,
Singapore |
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03:45pm - 04:15pm |
--- Coffee Break --- |
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04:15pm - 05:00pm |
Computation of laryngeal
flow and sound
Young J. Moon, Korea
University, Korea |
Friday, 12
Jan 2007 |
09:15am
- 09:30am |
Registration |
09:30am - 10:30am |
Nonlinear modeling of
solid tumor growth (Tutorial Lecture 1)
(PDF)
John Lowengrub, University of
California, Irvine, USA |
10:30am -
11:00am |
--- Coffee Break --- |
11:00am - 12:00pm |
Nonlinear modeling of
solid tumor growth (Tutorial Lecture 2)
(PDF)
John Lowengrub, University of
California, Irvine, USA |
12:00pm - 02:00pm |
--- Lunch Break --- |
02:00pm - 03:00pm |
Nonlinear modeling of
solid tumor growth (Tutorial Lecture 3)
(PDF)
John Lowengrub, University of
California, Irvine, USA |
03:00pm - 03:30pm |
--- Coffee Break --- |
03:30pm - 04:30pm |
Nonlinear modeling of solid tumor growth (Tutorial Lecture 4)
(PDF)
John Lowengrub, University of
California, Irvine, USA |
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Organizing Committee
· Confirmed Visitors
· Overview
· Activities · Membership
Application
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