User Meetinq User Meeting - SimPack

SIMPACK User Meeting 2011 — Program, Day 1
program: 18 th May 2011
Day 1: siMpack 9 and General User presentations
Room: Karajan Saal
08:30
09:30
09:40
10:20
11:00
11:30
12:10
12:50
14:20
14:50
15:10
15:30
16:00
Registration & Welcome coffee
Welcome
SIMPACK AG
The new siMpack 9 version, part 1
SIMPACK AG
The new siMpack 9 version, part 2
SIMPACK AG
coffee Break
The new siMpack 9 version, part 3
SIMPACK AG
The new siMpack 9 version, part 4
Martin Arnold, Martin-Luther-Universität Halle-Wittenberg;
Bernhard Burgermeister, SIMPACK AG
Lunch Break
keynote speech:
NVH simulation — a Driving Force to Ford‘s
powertrain Development (E)
Mario Felice, Takeshi Abe, Ford Motor Company
Realistic Driving comfort Experience of New Vehicle
concepts on the BMW Ride simulator Using MBs
complete Vehicle Models (D)
Michael Spickenreuther, BMW Group
Modular Vehicle concept — Modular simulation Model —
Reliable calculation process; Dynamic analysis of the
aVENiO ® Light Rail Vehicle platform Using MBs (D)
Robert Mertens, Michael Seibert, Siemens AG
coffee Break
simplifying a chassis Test Bench by Virtual iteration of
structural strains with siMpack (D)
Volker Sing, Stefan Oexl, Nicolas Weigel, Daimler AG; Jürgen Mehlhase,
Lauer & Weiss GmbH; Oliver Grieshofer, Martin Kaltenbrunner,
Engineering Center Steyr GmbH & Co. KG Magna Powertrain
2 | Salzburg Congress, Austria
16:30
16:50
17:10
19:00
Academv
SIMPACK Academy
SIMPACK
Times, FEM-MBS titles and order of presentation are Interfacing
subject to change.
11 to 12 July 2011, Andechs, Germany
SIMPACK User Meeting 2011 — Program, Day 1
analysis of complex Drive Trains Using siMpack —
a Wide Range of applications (E)
Berthold Schlecht, Thomas Rosenlöcher, Dresden University of
Technology
application of Human Body Models in siMpack (E)
Valentin Keppler, Biomotion Solutions GbR
End
Gala Dinner at the stieglkeller
For more information please see page 14.
(D) = lecture in German, (E) = lecture in English; simultaneous translation available.
Academv
SIMPACK Academy
SIMPACK
Dr. Stefan Dietz, Director FEM-Interfaces, SIMPACK AG
Compact and reduced representations of finite element models are essential for analyzing the deformation dynamics and stress of
multi-body systems. A good theoretical foundation is important for the efficient application of flexible bodies.
This course covers the main topics which users should consider: These topics will be accompanied by detailed practical examples:
• Reduction of linear finite element models for MBS
• Mode calculation
applications
• Selection of boundary conditions
• Monitoring of reduced finite element models
• Mode selection
(comparison with the non-reduced FEM model)
• Durability calculation
• Integration of reduced finite element models into
FEM-MBS multi-body systems Interfacing
• Requirements for stress and strength calculations
based on reduced finite element models
11 to 12 July 2011, Andechs, Germany
This course is not only relevant to all SIMPACK users but also to anyone who is interested in learning more about the theoretical prin-
Dr. cipals Stefan behind flexible Dietz, bodies Director in multi-body FEM-Interfaces, systems. SIMPACK AG
Course prerequisite: Mechanical engineering graduate, fundamentals of linear differential equations.Depending upon participants, the academy
Compact and reduced representations of finite element models are essential for analyzing the deformation dynamics and stress of
may be held and in English. reduced representations of finite element models are essential for analyzing the deformation dynamics and
multi-body systems. A good theoretical foundation is important for the efficient application of flexible bodies.
stress Please of Note: multi-body SIMPACK systems. Academies A are good not theoretical user training foundation courses, but rather is important educational for courses the efficient focusing application on theory. of flexible bodies.
This course covers the main topics which users should consider: These topics will be accompanied by detailed practical examples:
• Reduction of linear finite element models for MBS
• Mode calculation
applications
• Selection of boundary conditions
• Monitoring of reduced finite element models
• Mode selection
(comparison with the non-reduced FEM model)
• Durability calculation
• Integration of reduced finite element models into
multi-body systems
• Requirements for stress and strength calculations
based on reduced finite element models
This course is not only relevant to all SIMPACK users but also to anyone who is interested in learning more about the theoretical principals
behind flexible bodies in multi-body systems.
Course prerequisite: Mechanical engineering graduate, fundamentals of linear differential equations.Depending upon participants, the academy
may be held in English.
Please Note: SIMPACK Academies are not user training courses, but rather educational courses focusing on theory.