| 01 |
Conference
Agenda |
| 02 |
Education
and Research: ADAMS-CAE Tool at the Aachen University of Technology
- T. Kuppers & P. Holdmann, IKA RWTH Aachen |
| 03 |
Heavy Truck
Model Validation Concerning Handling - C. Schroder, Continental
AG |
| 04 |
Coupling
of ADAMS with Pneumatic Systems Simulation Software - W. Engler,
Festo KG |
| 05 |
Simulating
Hydraulic-Driven Mechanical Systems - M. Piechnick, Mannesmann
Rexroth |
| 06 |
Geometrical
and Functional Parameters of Human Lower Extremety Muscles Obtained
by ADAMS Simulation - T. Pressel, U. Stammberger & M. Lengsfeld,
University of Marburg |
| 07 |
The Motion
of a Single Rail-Wheel Set Along a Tangent Track for Single and Double
Point Contact - D. Pater, TU Delft |
| 08 |
Analysis
of the Dynamic Behavior of a Military Vehicle - F. Staffa, Politecnico
di Milano |
| 09 |
Simulating
Dynamic Behavior of Weaving Machines - U. Brandenberger, Sulzer
Innotec AG |
| 10 |
A Link
Between ADAMS and the Bath Constraint Modeler - B. Twyman,
University of Bath UK & S. Biggs, MDI Ltd |
| 11 |
ADAMS Dynamic
Solution Techniques |
| 12 |
ADAMS Simulations
as a Base in Designing of Modern Automated Crane - M. Georgijevic,
University of Novi Sad |
| 13 |
ADAMS/Rail-Verifications
and Applications - M. Busstra, NV Nederlands Spoorwegen, Materieel
Engineering |
| 14 |
A Detailed
Shock Absorber Model for Full Vehicle Simulation - R. Lang &
R. Sonnenburg, Fichtel & Sachs AG |
| 15 |
Vehicle-Tyre
Interface: Requirements, Concept and Design - K. Wolperding,
Volkswagen AG; A. Fandre, VW-GEDAS & C. Oertel, FH Anhalt |
| 16 |
Step by
Step Simulation of the Operating Mechanism of a Circuit Breaker from
a Simple to a Realistic Model with the Help of ADAMS - M. Vix,
Rockwell Automation, Sprecher+Shuh AG |
| 17 |
Investigation
of Origin and Enlargement of Out-of-Round Phenomenas in High Speed ICE-Wheelset
- B. Morys, Helge-Bjorn Kuntze |
| 18 |
Impact
Biomechanics Using ADAMS/Android - L. Minesso & A. Rimoldi,
Politecnico di Milano |
| 19 |
Driver
Modeling In ADAMS - A. Riedel, IPG |
