- 1:
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.
- 8: Seminar search.
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Multiphysics
Here you can find our offer of seminars on task in area of CFD, EMAG and coupled feild analysis.
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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 Trainings Maxwell and Simplorer | ||||||||||||
Duration: 4 Day(s) | 24-08 Dortmund (D) | 07-12 Berlin (D) | ||||||||||
Duration: 4 Day(s) | 01-06 Hannover (D) | 31-08 Aadorf (CH) | 28-09 L.-Echt. (D) | |||||||||
Duration: 3 Day(s) | 14-07 L.-Echt. (D) | 18-10 Aadorf (CH) | 10-11 Berlin (D) | |||||||||
Duration: 2 Day(s) | 10-08 Grafing (D) | 25-10 L.-Echt. (D) | ||||||||||
Advanced Trainings | ||||||||||||
 Duration: 1 Day(s)The seminar arranges the theoretical grounding and practical details for the reliable and efficient calculation of piezo-electric components. | ||||||||||||
Duration: 3 Day(s) | 01-12 L.-Echt. (D) | |||||||||||
Basic Trainings CFD | ||||||||||||
| Duration: 4 Day(s) The participants acquire substantial practical knowledge for doing flow computations using ANSYS CFX. You will get to know how to perform a flow simulation using imported CAD data in the DesignModeler including meshing the assembly and evaluating the results. After this seminar you will be in a position to compute heat transfer, pressure loss, flow velocities or recirculations in your assembly fast and secure. | 23-03 Berlin (D) | 04-05 Aadorf (CH) | 08-06 L.-Echt. (D) ---------- 22-06 Wien (A) ---------- 28-06 Lausanne (CH) | 07-09 Hannover (D) | 09-11 Aadorf (CH) ---------- 30-11 Grafing (D) | |||||||
Advanced Trainings CFD | ||||||||||||
| Duration: 2 Day(s) This course is an introduction to flow field calculations including heat transport phenomena within ANSYS CFX. It contains the usage of the calculated results as load for mechanical simulation. | 25-02 Hannover (D) | 01-07 L.-Echt. (D) | 21-10 Grafing (D) | |||||||||
| Duration: 1 Day(s) The seminar should introduce you into the Fluid-Structure-Coupling, and also clarify the approach manner for critical cases. | 16-03 Grafing (D) | 16-09 L.-Echt. (D) | ||||||||||
Basic Trainings Temperarture Field | ||||||||||||
| Duration: 3 Day(s) The ANSYS Icepak tools offer direct links from the simulation environment to the ECAD system describing the board and traces and smoothly build a numerical model to simulate cooling by conduction, free and forced convection as created by all kind of cooling techniques. The goal of the seminar is to cover how Icepak can be used to solve problems in electronic cooling. | 17-03 Grafing (D) | 28-09 L.-Echt. (D) | ||||||||||
| Duration: 1 Day(s) For linear dynamic systems new methods allow to start with a high dimensional finite element model and automatically generate a compact model that has much smaller dimension but still preserves dynamic response of the original model quite accurately. Emphasis of the course is on practical applications of model reduction to power electronics, piezoelectric actuators, RF-resonators, and acoustic models, including fluid-structure interactions. | 15-09 Grafing (D) | |||||||||||
Advanced Trainings Temperarture Field | ||||||||||||
| Duration: 4 Day(s) The seminar shall give an overview on all the features available in ANSYS for the computation of problems related to the heat transfer and provide training in the following so that, it is possible to run projects at the end of the seminar: Heating and cooling procedures, transient and dependant loads, thermal stresses, radiation, thermal contact, phase change, mass transport in cooling ducts are the topics to be discussed | 29-06 Grafing (D) | 19-10 L.-Echt. (D) | ||||||||||
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