November 27, 2025

Simulation Fridays S01E03: Exploring Fluid Structure Interaction with Ansys

Join this episode to discover how flow can induce motion or vibrations to solids, due to elasticity of bodies and structures and how ansys System Coupling can combine the simulation of fluid flow, heat transfer and their effect on structures.
November 27, 2025

Simulation Fridays S01E02: Getting fast EM-Thermal coupled results using a Reduced Order Model (ROM)

In the second episode of the series, we will present a workflow using Ansys Maxwell, Ansys Icepak, and Twin Builder, focusing on setting up a coupled Electromagnetic – Thermal analysis and using its results to create a Reduced Order Model.
November 27, 2025

Simulation Fridays S01E01: STOP analysis for smartphone camera using Mechanical and OpticStudio

Discover how Ansys Mechanical and Ansys OpticStudio can be combined to create a Structural, Thermal, and Optical Performance analysis workflow.
November 11, 2025

Simulation Fridays S04E04: When You Need More Than Prototypes: Defense Applications with Ansys LS-DYNA

This session shows how Ansys Optics brings them together into a single multiphysics workflow, simulating IR signatures, sensor behavior, and system-level performance.
November 11, 2025

Simulation Fridays S04E03: Silent Power: Reducing Noise and Vibration in Electric Motors with Ansys

This session shows how Ansys Optics brings them together into a single multiphysics workflow, simulating IR signatures, sensor behavior, and system-level performance.
October 14, 2025

Simulation Fridays S04E02: Smarter EO/IR Sensor Design: From Physics to Performance with Ansys Optics

This session shows how Ansys Optics brings them together into a single multiphysics workflow, simulating IR signatures, sensor behavior, and system-level performance.
October 6, 2025

Simulation Fridays S04E01: From Weeks to Hours: Faster Propeller Design with Ansys Fluent GPU Solvers

Discover how the Fluent Native GPU Solver enables engineers to run transient simulations on fine meshes within industrial timelines, unlocking hydroacoustics and noise prediction capabilities never before feasible on a single workstation.