| Sec. |
Day 1 - Technical Papers
|
Author/Presenter |
| * |
Welcome Address: Company Direction |
Robert Ryan, Mechanical Dynamics, Inc.
- USA |
| * |
ADAMS Product Strategy |
Pamela Emery, Mechanical Dynamics, Inc.
- USA |
| 1 |
Timing and Applying
Staggered, Distributed Pressure Forces in a Seatbelt Pre-tensioner ADAMS
Model |
Sam McDonald, TRW Vehicle Safety Systems
- USA |
| 2 |
ADAMS Use at AUDI
in the Chassis Department (DOE and Optimization) |
B. Weber, Audi AG - Germany |
| 3 |
Simulation Tools, Modelling and Identification,
for an Automotive Shock Absorber in the Context of Vehicle Dynamics
|
S. Duym, Tenneco Automotive - Belgium
|
| 4 |
A Non-linear Modal
Rolling Tyre Model for Dynamic Simulation of ADAMS (& presentation) |
F. Mancosu, Pirelli SpA & D. Minen,
MDI - Italy |
| 5 |
Modelling of Automotive
Antivibration Rubber Parts |
E. Vandervorst, Paulstra Etudes Avancees
- France |
| * |
Dassault Systemes - Mechanical Dynamics CAA
Parnership |
E. Brun, Dassault Systemes - France |
| 6 |
Launch and Recovery
Smart Crane for Naval ROV Handling |
C. Pedrazzi & G. Barbieri, Riva Calzoni
SpA - Italy |
| 7 |
Evolution of Predicting Models in Dynamic
Behaviour |
P. Verdun, Giat Industries - France |
| 8 |
Use of ADAMS at Messier
Dowty in Dynamic Simulation of Landing Gear Retraction and Extension
|
O. Noel, Messier Dowty SAS - France |
| 9 |
Mobility Analysis of Heavy Wheeled Vehicles
with ADAMS/Car |
M. Honlinger & U. Glauch, Krauss Maffei
- Germany |
| 10 |
Studies on Docking using ADAMS |
B. Narayana, R. Ranganath & B. Nataraju,
ISRO Satellite Centre - India |
| 11 |
Multibody Analysis
of a Ride Simulator for a Two-wheeled Vehicle |
R. Testi, Piaggio & C SpA - Italy
|
| 12 |
Advanced Dynamic Motorbike
Analysis and Driver Simulation |
A. Pruckner & T. Breuer, IKA Aachen
- Germany |
| 13 |
Track Planning and
Control Algorithms for a "Goliath" Robot - a case using ADAMS/Controls
|
A. Arentz & E. Schnieder, TU Braunschweig
- Germany |
| 14 |
Study of Component
Flexibility Effects on Full-System Performance via Mixed Body Dynamics
Approach |
F. Palcak & M. Hulla, SOVA a.s. -
Slovak Republic |
| Sec. |
Day 2 - Technical Papers |
Author / Presenter |
| 15 |
Use of ADAMS/Flex
for Handling, Steering, Primary and Secondary Ride Dynamics |
M. Pilling, Ricardo FFD - UK |
| 16 |
Fatigue Analysis of a Knuckle Based on ADAMS
Simulationa and FEA |
L. Jung, Volkswagen AG & M. Roller,
LMS GmbH - Germany |
| 17 |
Comfort
Analysis of TER x 73500 with ADAMS/Rail |
F. d'Ortona & P. Geoffroy, DeDietrich
Ferroviaire
& F. Cianetti, Faculty of Peruggia - France/Italy |
| 18 |
Modelling of the Leyland
55 Series Truck using a Combination of Multibody Dynamics and Finite
Element Techniques |
M. Pendlebury & M. Green, Leyland
Trucks - UK |
| 19 |
3-D Piston Secondary
Motion |
M. Bamford, Ford Powertrain Division -
USA |
| 20 |
Application of the Software FIRST for Full
Dynamic Analysis of Crankshaft and Engine Block with Special Respect
to Elasto-Hydrodynamic Bearing Coupling |
G. Knoll & R. Schonen, IMK Univ. Gh
Kassel - Germany |
| 21 |
ADAMS/Engine: A Complete
Environment for the Powertrain Component Analysis |
C. Ortmann, Mechanical Dynamics, Inc.
- USA |
| 22 |
Mogessa/Pro: Integration
of ADAMS Suspension Analysis in Pro/Engineer
|
W. Westphal, Volkswagen AG - Germany
|
| 23 |
Simulation of Toner
Particle Movement in TonerJet Printer |
J. Akesson, Array Printers AB - Sweden |
| 24 |
Simulation of Packaging
Machines |
J. Bonnain, Mead Engineering Europe -
France |
| 25 |
Dynamic Analysis of
Railway Bogie |
P. Faillet, Vibratec S.A & F. Moll,
Alstom Transport - France |
| 26 |
Implementation
of a Thermodynamic Airspring in ADAMS/Rail |
E. de Jong & R. van Marrewyk, NS Materieel
Eng. - Holland |
| 27 |
Realization of an
Interaction Model between Flexible Structures and Piezoelements in Multibody
Modelling |
C. Braccesi & F. Cianetti, Institute
of Energetics, Faculty of Peruggia - Italy |
| 28 |
Road-Train Stability
Optimisation using ADAMS |
A. Boezeman, K. Drenth, C. Verhuel, TU
Delft - Holland |
| 29 |
Calculation of Rigid
Body Properties from Experimental Frequency-Response Functions |
W. Leurs & L. Gielen, LMS International
- Belgium |
| 30 |
The Robust Optimisation
of a Vehicle Mounting Lifting Mechanism to Combined Weighted Objective
Functions |
M. Evans, Ricardo FFD - UK |
| 31 |
Method of Utilizing
Test Modal Model within ADAMS |
T. Mochizuki, Estech Corp. |
