The proposed Zemax acquisition brought optical imaging, illumination and photonics technology closer to the wider Ansys simulation portfolio. Read what the agreement signaled for multidisciplinary optical-product development.
Granular materials rarely behave like ideal fluids, and particle-scale interactions can drive wear, segregation and process inefficiency. Explore how DEM simulation with Ansys Rocky reveals material behaviour inside real equipment.
Gas turbine development requires teams to balance compressor aerodynamics, combustion, cooling and structural durability across the complete engine. See how simulation brings these disciplines together before costly hardware and test campaigns.
Simulation is most valuable when it informs decisions while geometry is still easy to change. Explore five reasons the all-new Ansys Discovery brings rapid physics insight closer to everyday design work.
Material information influences weight, stiffness, thermal behaviour, manufacturability and compliance long before a product reaches the test lab. Learn how a managed materials strategy creates consistent decisions across design, simulation and manufacturing.
As renewable generation grows, voltage control becomes a more important challenge for electric grids. Understand reactive power and how smart inverters can help support stability and reliable power delivery.
MEMS devices operate at a scale where mechanical, electrical, thermal and fluid effects can all matter at once. Explore how simulation helps engineers address performance, manufacturability and reliability in sensors and microsystems.
A component staying below its maximum temperature does not automatically mean its thermal design is reliable. Learn how simulation and reliability physics help teams evaluate gradients, cooling paths and long-term electronics performance.
Simulation education gives students a practical connection between engineering theory and the decisions they will make in industry. Explore how virtual learning broadens access to hands-on CAE experience.
The combustor and turbine are coupled by highly non-uniform, unsteady flow and temperature fields that affect performance and durability. See how simulation helps engineers examine this interaction before hardware testing.