Particle simulation leads to optimized tribological properties
Surface finishing using mass finishing reduces friction and wear and increases component strength. Simulations with Ansys Rocky can be used to ...
Articles sur
Fluide & Thermique
Aeroakustik mit Ansys Fluent: Schallquellen gezielt lokalisieren
Wie entstehen Geräusche in Strömungen – und wo genau? In diesem Artikel geben wir Ihnen einen Überblick über die in Ansys Fluent verfügbaren ...
Le CETIM détermine si un équipement sous pression est apte à transporter de l’hydrogène
Les équipements sous pression (ESP) correspondent à des enceintes fermées contenant un certain volume de fluide, liquide ou gazeux, qui évolue à une ...
Simulation of a thermal network model for lighting system drivers
Markus Mayrhofer and Dusko Vukovic (Tridonic GmbH & Co KG) have found a way to create more streamlined models for thermal simulations. They gave ...
Ansys Rocky: Accurate Simulations through Bulk Material Calibration
In bulk material simulations using the Discrete Element Method (DEM), precise calibration is essential. Since physical prototypes are often ...
Using Ansys Rocky to optimize silos for uniform discharge
Together with CADFEM, a manufacturer of molded sand silos was able to solve problems associated with discharge. The silo was optimized with Ansys ...
Mechanical-thermal coupled simulation of a brake disk
The simulation of coupled mechanical-thermal phenomena, as in a brake disk, can take a very long time. A solution in a shorter time can be achieved ...
A workflow for effective transfections
Transfections, i.e. the introduction of foreign DNA or RNA into human cells to manipulate human genetic information, is a promising approach to help ...
Innovative simulation approach reduces energy consumption of large fans
Large industrial fans in ventilation systems ensure good air quality in tunnels, halls and spacious buildings. But this consumes a lot of energy – ...
GPU Boost for Ansys Fluent
Using the computing power of graphics processing units (GPUs) opens up completely new possibilities for CFD simulations in terms of computing times ...
