Trainings

The program consists of theoretical and practical part (workshop). The training is given in consultation on the basis of CFX or Fluent and some knowledge of fluid mechanics and simulation is desirable. 

Gain the basic skills for performing structural and thermal analyses in the Ansys Workbench Mechanical interface. The course is especially recommended for new users and those who perform analyses occasionally and want to increase their knowledge.

Gain the basic skills for performing structural and thermal analyses in the Ansys Workbench Mechanical interface. The course is especially recommended for new users and those who perform analyses occasionally and want to increase their knowledge! 

This course provides a thorough introduction to the LS-DYNA usage in the Workbench interface.
Familiarity with Ansys Mechanical Interface and/or some basic knowledge of dynamics and strength of materials are recommended. 

Gain the basic skills for performing structural and thermal analyses in the Ansys Workbench Mechanical interface. The course is especially recommended for new users and those who perform analyses occasionally and want to increase their knowledge! 

One-day course for every Ansys Mechanical or Fluent user who wants to have a better control over their meshes. Get insight into the various possibilities of controlling the mesh and learn how to generate a high-quality mesh that can be used in the Ansys Workbench Application. 

This is a 2-day course combining theoretical lectures and practical workshops, mainly intended for the beginner users of Ansys Maxwell and Electromagnetic simulation. 

One day course where we work directly on the geometry which gives you a lot of freedom of movement and other possibilities. 

The program consists of theoretical and practical part (workshop). The training is given in consultation on the basis of CFX or Fluent and some knowledge of fluid mechanics and simulation is desirable. 

Gain the basic skills for performing structural and thermal analyses in the Ansys Workbench Mechanical interface. The course is especially recommended for new users and those who perform analyses occasionally want to increase their knowledge! 

This is a 3-day course covering workshops and theoretical lectures designed for users with little or zero experience with Ansys Icepak. A technical background in fluid mechanics and heat transfer is recommended but an engineering degree is not required. 

Discover how to perform dynamic analyses in the Ansys Mechanical interface. Basic knowledge of dynamics, strength of materials or prior attendance at Ansys Mechanical Introduction would be useful, but not required. 

This 2-day course covering workshops and lectures is mainly intended for the beginners starting with ANSYS HFSS and Electromagnetic simulation. 

This is an application-oriented training, describing how to use the different Ansys tools to perform analysis and simulation of electronics transformers. Participants must have the basic knowledge of ANSYS Maxwell before joining this course. 

This is one-day advanced course covering various applications of scripting in Discovery Modeling. 

Course intended for Ansys users who want to understand how to perform CFD analysis and its applications. Program mainly consists of practical workshops where experience with the use of Ansys software and the execution of numerical simulation is desirable. 

This course is a great start if you want to gain a good insight into the Fluid-Structure interaction analysis possibilities with Ansys Mechanical and Ansys CFD while broaden your knowledge on FSI. Please note that experience with the use of Ansys simulation software is required to follow this course. 

Goal of this 2-day course is to provide you a better understanding of simulating rotating electric machines in Ansys Maxwell and reveal best practices. The basic knowledge of Ansys Maxwell is necessary to follow the course. 

The ANSYS HFSS SBR+ RCS course is ideally suited for Ansys users experienced with ANSYS HFSS for antenna applications as the initial workshops describe all necessary steps, making this course accessible to new HFSS users with any prior EM (electromagnetic) antenna simulation experience.

Meet Ansys Explicit Dynamics solution based on Ansys Autodyna’s robust solver while fully integrated into Ansys Workbench. This course is suitable for every user facing problems with drop tests, impact analyses, highly non-linear plastic deformations, material failure behavior or breakable contact. 

One-day course for every Ansys Mechanical or Fluent user who wants to have a better control over their meshes. Get insight into the various possibilities of controlling the mesh and learn how to generate a high-quality mesh that can be used in the Ansys Workbench Application. 

Advanced course recommended especially for those who already have followed the ‘’Ansys Structural Nonlinearities Part 1 & 2” course. This 3rd and final part of the series, non-linear material models are examined while highlighting the importance of the material behavior as a crucial factor in obtaining accurate simulation results.