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Overview. - 2:
ANSYS.- 2.1: Structural mechanics.
- 2.2: Upfront simulation.
- 2.3: Multiphysics.
- 2.1:
- 3: LS-DYNA.
- 4: Sheet metall forming.
- 5: CAE knowledge.
- 6: Other software.
- 7: Individual training.
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Structural Mechanics and Temperature Field Analysis with ANSYS and ANSYS Workbench
Our range of seminars contains basic trainings as well as advanced trainings on correct modelling of specific physical phenomena and on handling of additional tools.
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| Jan 2010 | Feb 2010 | Mar 2010 | Apr 2010 | May 2010 | Jun 2010 | Jul 2010 | Aug 2010 | Sep 2010 | Oct 2010 | Nov 2010 | Dec 2010 | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
Basic Training | ||||||||||||
Duration: 4 Day(s) | 12-01 L.-Echt. (D) ---------- 26-01 Wien (A) | 02-02 Berlin (D) ---------- 16-02 Aadorf (CH) ---------- 23-02 Grafing (D) ---------- | 16-03 Hannover (D) | 13-04 L.-Echt. (D) ---------- 27-04 Mils (A) | 04-05 Dortmund (D) ---------- 25-05 Grafing (D) | 01-06 Aadorf (CH) ---------- ---------- 15-06 Hannover (D) | 06-07 L.-Echt. (D) ---------- | 03-08 Berlin (D) ---------- 31-08 Grafing (D) | 14-09 Dortmund (D) ---------- 21-09 Aadorf (CH) ---------- 28-09 Wels (A) | 05-10 L.-Echt. (D) ---------- 05-10 Lausanne (CH) ---------- 26-10 Hannover (D) | 16-11 Grafing (D) ---------- 30-11 Aadorf (CH) | 07-12 Dortmund (D) ---------- 14-12 Wien (A) |
 Duration: 3 Day(s)The course gives a comprehensive overview to ANSYS Workbench for experienced users of the classical FE-software and shows how they can more efficiently solve the problems in the ANSYS Workbench environment. Over the interfaces to the ANSYS classic, the user is able to use his knowledge of ANSYS classic for the simulation in ANSYS Workbench. | 20-01 Grafing (D) | 01-02 Aadorf (CH) | 17-03 Berlin (D) | 20-04 Lausanne (CH) | 23-06 Hannover (D) | 11-08 Grafing (D) | 27-09 Dortmund (D) | 24-11 L.-Echt. (D) | ||||
| Duration: 3 Day(s) The participants learn all steps of a Finite-Element-Analysis in ANSYS from the creation of geometry to the evaluation in the ANSYS classic user interface. | 19-04 Gerlafingen (CH) | 26-05 Berlin (D) | 21-06 Lausanne (CH) | 28-07 Grafing (D) | 06-10 Aadorf (CH) ---------- 13-10 Hannover (D) | 23-11 Lausanne (CH) | ||||||
| Duration: 2 Day(s) The participants learn usage and handling of the product ANSYS Explicit STR. Necessary properties and recommendations for correct meshing for ANSYS Explicit STR using ANSYS Workbench are given and described. Further the participants receive a profound introduction in the explicit solver and its handling. Further pre- and post-processing functions in ANSYS Workbench are described and demonstrated. The participants are thus put into the position such that, based on modeling and preparation within ANSYS Workbench a simulation run for ANSYS Explicit STR is prepared, accomplished and evaluated. | 08-03 L.-Echt. (D) | 12-10 Aadorf (CH) | 25-11 Dortmund (D) | |||||||||
| Duration: 2 Day(s) With Version 11 Ansys offers a module for motion-simulation of rigid/flexible bodies. This course is about the aspects of the motion-simulation and how to use this new module. | 13-09 Grafing (D) | |||||||||||
Duration: 1 Day(s) | 06-09 Hannover (D) | 25-11 Grafing (D) | ||||||||||
Improve your efficiency | ||||||||||||
| Duration: 4 Day(s) This seminar looks behind the scenes of the ANSYS-Workbench-environment and makes a more extensive and more effective application of the program possible for the solution of everyday computational tasks consequently. A priority goal is,to improve and provide error free simulation results in a shortest possible time. This training offers a basic understanding for the Classic ANSYS GUI and the advanced possibilities when using the script language APDL. | 23-03 Wien (A) | 20-04 Berlin (D) | 06-07 Grafing (D) | 05-10 Dortmund (D) | 30-11 Wien (A) | |||||||
| Duration: 3 Day(s) Target-oriented use of the broad range of meshing options for solid and surface parts is essential for the success of your computations. Preparation of geometry is an important step in pre-processing. | 27-01 Grafing (D) | 28-04 Hannover (D) | 26-05 Aadorf (CH) | 09-06 Wien (A) | 04-08 L.-Echt. (D) | 15-09 Aadorf (CH) ---------- 22-09 Wien (A) | 10-11 Dortmund (D) ---------- 24-11 Wien (A) | |||||
Duration: 1 Day(s) | 17-09 L.-Echt. (D) | |||||||||||
| Duration: 2 Day(s) The seminar gives a good overview over the today’ State to of Art Optimization procedures available for nonlinear parameter optimization and robustness evaluation. The exercises with OptiSLang also illustrate the application limits of the methods. | 06-09 Aadorf (CH) ---------- 14-09 L.-Echt. (D) | |||||||||||
Duration: 3 Day(s) | 21-04 Aadorf (CH) | 14-06 Lausanne (CH) | 20-10 Aadorf (CH) | 03-11 Lausanne (CH) | ||||||||
Advanced Training: Methods | ||||||||||||
Duration: 3 Day(s) | 03-03 Grafing (D) | 16-06 L.-Echt. (D) | 13-10 Dortmund (D) | 07-12 Aadorf (CH) | ||||||||
| Duration: 4 Day(s) The aim of the course is to teach basic knowledge of nonlinear structural mechanics considering all kinds of nonlinearities (geometry, material, contact). The participants learn the fundamentals of nonlinear numerical modelling and also the implementation in the software. | 16-02 L.-Echt. (D) | 20-04 Dortmund (D) | 22-06 Aadorf (CH) | 20-07 Berlin (D) | 31-08 Lausanne (CH) | 21-09 Grafing (D) | 02-11 Wels (A) ---------- 16-11 Aadorf (CH) ---------- 30-11 Hannover (D) | |||||
| Duration: 3 Day(s) Goal of this seminar is to give the participants compact knowledge with respect to contact modelling in the area of structural mechanics. The participants would be so positioned to recognize convergence difficulties of contact problems before the computation starts. | 27-01 Hannover (D) | 17-03 Aadorf (CH) | 14-04 Grafing (D) | 23-06 Berlin (D) | 01-09 Dortmund (D) ---------- 22-09 Lausanne (CH) | 27-10 L.-Echt. (D) | 15-12 Aadorf (CH) | |||||
| Duration: 2 Day(s) The participants learn how to work with the ANSYS Classic or ANSYS Workbench environment (enhanced with a few APDL commands) to set up a typical workflow to solve problems of fracture mechanics. | 09-03 Grafing (D) | 16-09 Hannover (D) | ||||||||||
| Duration: 3 Day(s) The course participant learns how to model thin walled structures in a geometric manner and how to compute them efficiently adapted to the respective tasks. Methods and solutions are discussed, which are of importance during the numerical interpretation of thin walled structures. | 19-05 Hannover (D) | 29-09 Grafing (D) | ||||||||||
| Duration: 2 Day(s) ANSYS Workbench offers interfaces for powerful programming languages such as JScript or C++. These interfaces permit the user to adapt the user interface and the functionalities of ANSYS Workbench to the user to own requirements and automate the processes. Moreover, ANSYS Workbench is supplied with the simulation Wizard, a simple means which allows even a non-user to set-up, fast and simple Computational Processes. The combination of the interfaces with the Wizard technology represents a powerful functionality for the automation or partial automation of processes. | 14-10 Grafing (D) | |||||||||||
Advanced Training: Mechanical parts | ||||||||||||
| Duration: 2 Day(s) The seminar delivers the know-how for the calculation of wave - hub connections with reference to function, strength and stiffness on the basis of 3D CAD model data. Also the design layout and the preparation of available CAD Data for FEM computation are discussed. | 11-11 L.-Echt. (D) | |||||||||||
| Duration: 3 Day(s) The simulation of sealings and their mounting and service conditions (using screws) is a interesting task for people using simulation software. Contact, nonlinear material and boundary conditions have to be chosen carefully. This seminar adresses this aspect via realistic examples. | 26-05 Dortmund (D) | 17-11 L.-Echt. (D) | ||||||||||
| Duration: 2 Day(s) The workshop provides an insight into the simulation of weld processes. The interactions will be shown between the process itself, the design and the material. For the calculation of distortion and residual stresses the know how will be put over. The SST-module offers extensions to the ANSYS. These add-ons will be illustrated. | 23-09 Dortmund (D) | |||||||||||
| Duration: 2 Day(s) After a short introduction to the bonding technology, the participants are introduced into different modeling techniques for the calculation of bonding joints within the frameworks of the FEM. | 08-04 Hannover (D) | 06-10 Grafing (D) | 08-09 Lausanne (CH) ---------- 27-09 Aadorf (CH) | |||||||||
Advanced Training: Dynamics | ||||||||||||
Duration: 4 Day(s) | 13-07 Dortmund (D) | 07-09 L.-Echt. (D) | 23-11 Hannover (D) | |||||||||
Duration: 1 Day(s) | 24-03 Grafing (D) | 06-10 Grafing (D) | ||||||||||
Duration: 1 Day(s) | 05-10 Grafing (D) | |||||||||||
Duration: 1 Day(s) | 04-10 Grafing (D) | |||||||||||
| Duration: 2 Day(s) The participants will acquire the theoretical basics of PSD analysis and response spectrum analysis. Afterwards participants are able to set up and interpret those calculations in ANSYS Classic and Workbench. | 25-03 L.-Echt. (D) | 07-10 Grafing (D) | ||||||||||
| Duration: 3 Day(s) In this seminar the participants will be introduced in basics of transient dynamic computation by using the explicit FEM-program AUTODYN. The participants will learn the usage of the graphical interface as well as building basic example models. The theoretical background knowledge allows the user to targeted prepare models for own problem definitions. | 01-12 L.-Echt. (D) | |||||||||||
Advanced Training: Material | ||||||||||||
| Duration: 2 Day(s) This course gives an overview of the available nonlinear material models. The goal is to show which material formulations are implemented in the software. The question of determination of the needed material parameter will not be discussed. We focus mainly on isotropic material formulations and mechanical loading. Please note that we offer also special courses about material modelling. This course provides a quick overview. | 06-12 L.-Echt. (D) | |||||||||||
| Duration: 2 Day(s) The seminar offers an introduction in the modeling and implementation of own material models in ANSYS: By means of well defined interfaces (UPF = User Programmable Features), the user is enabled to increase ANSYS’ capabilities and to improve the quality of analysis results using better suited material models. All technical and mechanical aspects are covered by the seminar. In detail, these are | 21-09 Dortmund (D) | |||||||||||
Duration: 2 Day(s) | 18-02 L.-Echt. (D) | |||||||||||
| Duration: 2 Day(s) The participants get an introduction to the mechanical behavior of plastics and their model description (viscoelasticity and creep) for the numerical calculation. Hints are given for obtaining material parameters , as well as, for their determination from experimental data. For this the Curve Fitting routines in the ANSYS classic are introduced. | 26-01 Aadorf (CH) | 10-08 L.-Echt. (D) | ||||||||||
| Duration: 2 Day(s) Besides basics in composite materials participants will also learn technical functionalities of ANSYS in view of composite simulation as well as the usage an composite specific postprocessing with ANSYS Composite PrepPost. Participants will be able to solve composite problems on their own and will conduct composite specific failure investigation using state of the art failure criteria. Beside techical basics on composites and workflow in ANSYS participants will conduct several demo examples as lessons learned. | 02-03 L.-Echt. (D) | 29-09 Aadorf (CH) | 13-10 Lausanne (CH) | 22-11 Grafing (D) | ||||||||
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