| 01 |
New Strategy
for Choosing Optimal Design Parameters via Xmath and ADAMS Interconnected
Simulations - D. Minen & M. Montenegro, Tedas s.r.l Italy |
| 02 |
Distributed
Explosive Technology: Weapon System Simulation - G. Prybyla, NSWC
& J. Janevic, MDI |
| 03 |
Modeling
& Dynamic Analysis for Four Wheel Steering Vehicle - W. Jeong,
FADAM Technologies; J. Jang & C. Han, Hanyang University |
| 04 |
Customizing
ADAMS for Rail Applications - Dutch Railways & TEDAS GmbH |
| 05 |
ADAMS and
IPG-Driver: A powerful combination for advanced vehicle dynamics analysis
- A. Riedel, IPG |
| 06 |
ADAMS-Simulation
with IPG-Driver Presentation - A. Riedel, IPG |
| 07 |
The Integration
of Designed Experiments and ADAMS - E. Ekert, GM Delco Chassis
Division |
| 08 |
Simplifying
Cam Design through the Use of ADAMS/View - K. Bangert, MDI |
| 09 |
Lane Change
Simulation with Vehicle Driver Model using ADAMS - C. Lee &
B. Park, Ssangyong Motor Co. |
| 10 |
Modeling
an Ankle Laxity Tester with ADAMS - C. Cosentino & C. Wei,
The Cooper Union Albert Nerken School of Engineering |
| 11 |
Heavy Assault
Bridge Simulation - J. Ajlouny, A. Helinski & G. VanDekerhove,
General Dynamics Land Systems Division |
| 12 |
ADAMS and
The Cassini/Huygens Separation Event - A. Seltzner, Jet Propulsion
Laboratory, California Institute of Technology |
| 13 |
Aircraft
Cargo Door Analysis using ADAMS - D. Riesland, Douglas Aircraft
Co. |
