SIMULATION - CADFEM JOURNAL

Systems with high computing power often use devices in ball grid arrays (BGA). Right from the development phase, BGAs require robust design and optimization to ensure that they contact the PCB reliably.

90 percent of additively manufactured tools from MAPAL are based on hybrid design. Combined additive and conventional manufacturing makes it easier to achieve economic and functional goals.

Using Ansys simulation, SEW-EURODRIVE increased product performance from design to final product by an average of 30 percent. Moreover, the expensive 50 percent of all exploratory tests are obsolete.

Finding the way to a sustainable future by using simulation is what Alvier has set out to do in order to intensively analyze the physical behavior of electric motors.

For HAWE Hydraulik simulation plays an essential role in shortening development times and implementing new ideas quickly. With Ansys Discovery they are ready to meet future requirements.

The new innovative TurboFlush flushing technology is based on a patented asymmetrical internal geometry of the toilet bowl, which would not have been possible without the use of CFD software.

Simulation models lead to a better understanding of the manufacturing processes and ensure a high degree of transparency. This is illustrated by an example of the extraction of crystalline potassium chloride.

The start-up 9T Labs has developed a solution for the additive production of lightweight components made of fiber composites. With simulation methods a production without prototypes can be carried out.

Stefan Macho, Head of R&D Simulation at HAWE Hydraulik, talks about his experience with CADFEM's learning formats during the introduction of Ansys Discovery.

The foundations of the finite element method go back to scientists such as Leibniz and Bernoulli. John Argyris and Ray Clough developed the method and are considered the inventors of the FEM.