Precise numerical simulation for realistic representation
Realistic reproduction of structural mechanical physical behavior with Ansys Mechanical
From static structural mechanics and simulation of dynamic effects, to parameter and topology optimization, with Ansys Mechanical users can reproduce and solve their tasks while improving the design and minimizing errors. Uniform workflows and automation speed up and simplify the simulation process.
Ansys Mechanical for structural mechanics
Structural mechanics coupled with other domains – such as temperature, fluid dynamics and electromagnetics – provides a comprehensive understanding of the product and increases the innovation potential. A combined view of multiple components leads to more precise coordination for higher system performance and greater efficiency.
- Automated and robust mesh generation
- Parameterized workflow
- Field-tested analysis default settings
- Non-linearities of all kinds
- Multiphysics simulations
Tailor-made solutions for your requirements
Different applications require different approaches. For all tasks around structural mechanics and classical FEM simulation, Ansys provides you with the simulation methods tailored to your needs. Convince yourself of the possibilities.
CADFEM – Your Simulation Partner
With over 35 years of simulation experience, CADFEM is your ideal partner for all tasks from the wide-ranging world of structural mechanics.
For more information please contact us.
Training and Webinars related to Ansys Mechanical
With over 30 years of experience in the field of further education and training, we teach the content that you – whether a beginner or an expert – need to simulate successfully with Ansys.
The right solutions for your simulation projects
Simulation is everywhere and affects every industry. Since simulation requires more than software, CADFEM offers everything you need for successful simulation from a single source: software and IT solutions, consulting, support, engineering and knowledge sharing – always on the cutting edge.