| 01 |
Conference
Introduction & Keynotes |
| 02 |
Conference
Agenda |
| 03 |
ADAMS Product
Overview - P. Turner, MDI |
| 04 |
Numerical
Optimization - G. Vanderplaats, VMA Engineering |
| 05 |
Numerical
Solution of Differential-Algebraic Equations - L. Petzold, University
of Minnesota |
| 06 |
Applying
DOE to Mechanical Designs - P. McNally, MDI |
| 07 |
Controls
Methods: Integrating MATLAB/MATRIXx with ADAMS - S. Medepalli,
MDI |
| 08 |
Drivers Modeling
In ADAMS - A. Riedel, IPG |
| 09 |
DELFT-TYRE:
A design and analysis tool for modelling tyre characteristics
- C. Verhuel, TNO |
| 10 |
DELFT-TYRE:
A design and analysis tool for modeling and simulation of tyre behaviour
- C. Verhuel, TNO |
| 11 |
A Full Vehicle
Modeling for Practical Handling Simulations - K. Mun & G.
Gim, Hankook Tire |
| 12 |
Modeling
Windshield Wiper Systems Using ADAMS, Ford/EFHD Wipeview V: 1.0
- P. Remington, Ford |
| 13 |
Valvetrain
Modeling in ADAMS - D. Stretch, Eaton |
| 14 |
Vehicle Modeling
Using an Integrated FEM-Multibody Approach - E. Pisino, Fiat CRF
& G. Manzilli, MDI Italy |
| 15 |
Automotive-Specific
Interface for ADAMS - M. Guttilla, MDI |
| 16 |
Three Dimensional
Flex Hose - P. Low & C. Emki, Lockheed Martin |
| 17 |
Dynamic Stability
of a Parachuting Payload - E. Scher, Rafael Weapons System Division |
| 18 |
Modeling
Helicopter Rotor Dynamics - V. Bertogalli, F. Bisi & M. Lovera,
Politecnico di Milano |
| 19 |
Shimmy Analysis
of a Landing Gear System - A. Fung, Menasco Aerospace |
| 20 |
The Use of
Finite Element-Derived Shape Functions to Simplify the Modeling of Structural
Compliance in ADAMS - J. McConville, MDI |
| 21 |
An Investigation
or Methods for Reducing Blade and System Loads for Two-Bladed Teetering-Hub
Horizontal-Axis Wind Turbines - A. Wright, G. Bir, & C. Butterfield,
NREL; A. Elliott, MDI |
| 22 |
Dynamic Simulation
and Design of a Hydraulic Driven Boom Using ADAMS - A. Mikkola
& H. Martikka, Lappeenranta University of Technology |
| 23 |
Anchor Home-in
Simulation with ADAMS - H. Hong & M. Yang, Samsung Advanced
Institute of Technology |
| 24 |
Three-Dimensional
Surface Contact - S. McDonald, MDI |
| 25 |
Steering
Performance Simulation of Agricultural Tracked Tractors Using ADAMS
- H. Gibson, D. Queiroz, G. Krutz & D. Schaedf, Purdue University |
| 26 |
Automatically
Start ADAMS/View with Your Own Macros - J. Slattengren, MDI Sweden |
| 27 |
A Note on
ADAMS Functions - S. Medepalli & B. Harris, MDI |
| 28 |
Surface of
Revolution to Plane Contact - S. McDonald, MDI |
| 29 |
Stability
Analysis of a 4 Wheel Drive Tractor Using ADAMS - D. Smith, Deere
Technical Center & V. Sohoni, MDI |
| 30 |
A New Smooth
Step Function for ADAMS - V. Sohoni, MDI |
| 31 |
ADAMS Command
File |
