|
Invited Participants |
Affiliation |
Title of
presentation
|
Extended
Summary |
|
|
|
|
|
|
Patrick Selvadurai |
McGill University, Canada |
Fragmentation of
Ice During Contact |
Summary |
|
Lothar Gaul |
Institute of Applied and Experimental
Mechanics, University of Stuttgart,
Germany
|
Prediction of the
Vibration Behaviour of Structures with Joints
|
Summary |
|
Kai Willner |
Universitaet
Erlangen-Nuernberg, Germany
|
Constitutive
Contact Laws in Structural Dynamics |
Summary |
|
Jerzy Piotrowski
|
Warsaw University
of Technology, Institute of Vehicles, Poland
|
Kalker's algorithm Fastsim solves
the tangential contact problems with
slip dependent friction and friction
anisotropy
|
Summary |
|
Cees Vuik |
Delft University of Tehnology, The
Netherlands |
Numerical methods
for algebraic problems from structural mechanics |
Summary |
|
Klaus Knothe
|
Technical University of Berlin, Germany |
Some new aspects
of 150 years of history of wheel/rail contact
mechanics |
Summary |
|
Ken Johnson |
University of
Cambridge,
United Kingdom |
An experimental
study of creepage in rolling
contact |
Summary |
|
Irina G. Goryacheva |
Russian Academy of Sciences,
Russia |
Modelling of worn profile
evolution and contact fatigue in rail/wheel
interaction |
Summary |
|
Michael Kaliske |
Dresden University of
Technology, Germany |
Issues in
tire-pavement contact modelling
|
Summary |
|
Tod A. Laursen |
Duke University Pratt
School of Engineering, USA |
New mortar/finite element
algorithms for large sliding contact analysis |
Summary |
|
A. Troy Pauli |
Western Research Institute , USA |
Application of
nano-Contact Mechanics Methods via AFM to Study
the Adhesive Properties of Asphalt Thin-Film
Coatings |
Summary |
Simon Iwnicki
|
Manchester Metropolitan
University,
United Kingdom |
A rail roughness growth
model for a wheelset with non-steady,
non-Hertzian contact |
Summary |
|
Hans van Benthem |
Vredestein Banden B.V., The
Netherlands |
Issues on tyre-road interaction at Vredestein
Tyres. |
Summary |
|
Edwin Vollebregt |
Vortech Computing, The
Netherlands |
Survey of programs on
contact mechanics by Prof.
J.J. Kalker |
Summary |
|
Ihor Skrypnyk |
The Goodyear Tire & Rubber
Company, USA |
Challenges of tire
contact mechanics |
Summary |
Hans True
|
Technical University
of Denmark, Denmark |
Rolling Contact Mechanics
research at The Technical University of Denmark |
Summary |
|
Zili Li |
Delft University of Tehnology, The
Netherlands |
Rolling contact at rail
top geometry defects: reality
and simulation |
Summary |
|
Makoto Ishida |
Railway Technical Research
Institute, Japan |
Some practical issues based
on wheel/rail rolling contact |
Summary |
|
Khaled Zaazaa |
ENSCO, Inc., USA |
Review of Joost Kalker’s
Wheel-Rail Contact Theories and Their
Implementation in Multibody Codes |
Summary |
|
Thijs Roeleveld |
Lloyd's Register
Rail, The
Netherlands |
Measurement of wheel-rail
contact forces |
Summary |
|
Hans Pacejka |
Delft University of Tehnology, The
Netherlands |
The Delft semi-empirical
dynamic tyre model |
Summary |
|
Jean-Pierre Pascal |
France |
Multi-Hertzian Method for
simulating Conformal Wheel-Rail Pairs -
Application to S1002/UIC60 pair - Proposal of a
Physical Laboratory Test for assessing the
Method
|
Summary |
|
Francois Nicot |
Universite Joseph Fourier,
France |
The role of contact
mechanical model on the overall bahaviour of
granular materials |
Summary |
|
Yoshihiro Suda |
University of Tokyo, Japan |
Friction Control between
wheel and rail -modeling and application- |
Summary |
|
Yoshiaki Terumichi |
Sophia University, Japan |
Numerical studies on
various corrugation development mechanisms in a
rolling disk on flexible rail |
Summary |
|
José Escalona |
University of Seville,
Spain |
Efficient on-line
calculation of the wheel-rail contact forces in
multibody dynamics |
Summary |
|
Erno Keskinen |
Tampere University of
Technology, Finland |
Dynamic analysis of elastic
cylinders in rolling contact |
Summary |
|
Louis Saes |
Océ Tecnologies
B.V., Venlo, The Netherlands |
Application of contact mechanics
to paper transport in
copiers and printers |
Summary |
|
Ivan Shevtsov |
ProRail, The Netherlands |
ProRail research on wear
and rolling contact fatigue problems in the
railway switches |
Summary |
|
David Ewins |
Imperial College London,
United Kingdom |
Experimental Contributions
to the Prediction of the Dynamics of Structures
with Contact Interfaces |
Summary |
|
Andrew Drescher |
University of Minnesota,
USA |
On Modeling a Rolling Wheel
as a Two- or Three-dimensional Process |
Summary |
