We will explore how simulation is transforming the marine and offshore industries by reducing operational costs, meeting environmental guidelines, and accelerating innovation with disruptive technologies like autonomy and digitalization, all while ensuring safety and security.

Discover how Ansys LS-Dyna can be used to simulate drop tests and impact scenarios on your product and explore how Ansys software enables you to predict and verify the structural performance of your product, ensuring it meets design requirements and complies with industry regulations with confidence.

Discover how Ansys solutions can accelerate your sustainable energy projects with unmatched efficiency and precision.

In this episode, we will explore how to analyze and listen to the sound of our e-motor using a coupled Maxwell and Mechanical analysis workflow.

In episode 4, we will demonstrate how design space exploration and optimization can slash development time and speed the evaluation of optimal product design alternatives.

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.

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.

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

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