Ansys LS-Dyna Application Examples

Rand Simulation's FEA (Structural) Consulting Engineer, Adam LeMay, will be presenting an introduction to Ansys Sherlock for electronics reliability for enhanced product designs via simulation.

LS-Dyna is the leading explicit structural simulation software which provides today’s modern structural engineering teams with advanced capabilities to perform a broad range of non-linear simulations.

Right now, you’re using CAD embedded simulation tools. How do you know when it’s time to upgrade to Ansys simulation?

The latest Ansys Structures 2023 Product Highlights and Release Notes

Ansys Sherlock is a powerful physics-based electronics reliability design tool that enables engineers to predict the life of printed circuit boards (PCBs) & electronic assemblies accurately & quickly.

A step-by-step guide to vibration isolators in Ansys Mechanical. Vibration isolators are a critical part of component design when shock and transportation loads (such as MIL-STD-810) are involved.

Ansys LS-DYNA is industry-leading scalable Multiphysics simulation software that is designed to simulate highly nonlinear dynamic short duration events.

The Rand Simulation team will be available at our booth during the trade show and will be hosting two technical seminars discussing the use of Ansys simulation software for electronics reliability.

Ansys Electronics Reliability (ER) is a dedicated multi-physics, multi-tool solution that allows customers to test for the major causes of electronics failure (thermal, mechanical & electrical stress)

While it is mostly known for its explicit capabilities, LS-DYNA also offers a large range of other capabilities, including implicit, thermal, forming, element-free methods, linear dynamics, and more.

What is the Explicit Method? In the last 15 years, Ansys has gone from offering a single explicit dynamics workflow, using Mechanical APDL with a third-party solver and postprocessor, to offering...

Which Explicit Tool is Right for Me? In my Explicit Dynamics and Ansys: Part I blog post, I discussed the fundamentals of the theory behind the explicit dynamics method for structural simulation,...