Efficient Random and Base Vibration Analysis for Printed Circuit Boards (PCB)

Click Here to Register: attendee.gotowebinar.com/register/9077805928205319262?source=NAFEMS

When you put PCBs into a machine – whether spacecraft, heavy machinery or electric vehicles – and then put that machine into motion, random vibration is a concern.

Random events are a driver for structural design, and PCBs are particularly sensitive to random vibration. Unfortunately, analyzing random base excitation is often slow and challenging.

Have you ever spent extra time simplifying a model or developing a limited set of output requests to keep the solver time more reasonable?

Have you ever found yourself performing the tedious and time-consuming task of manipulating a large results data set to get the information needed to evaluate the design?

Would you be interested in a tool that fits easily within your Nastran workflow (MSC or Simcenter) that could make all these tasks easier?

Maya HTT's Structural Analysis Toolkit reduces or even eliminates much of the pain associated with random analysis.

Join this webinar to learn how Structural Analysis Toolkit can:
-Speed up random and sine vibration solution times by more than 400x while matching fundamental Nastran results
-Reduce modeling effort
-Calculate margins of safety and even composite failure indices
-Compute not only von mises stress and strain, but also max principal and max shear
-Automatically generate reports (HTML, XML) and results compatible with Simcenter Femap and Simcenter 3D Desktop
-Help process modal, mass, force results, and more!