Ian McGann - xDT @ Realize LIVE

Realize LIVE – xDT

Find out more about the xDT theme at Realize LIVE 2021. Make sure you reserve your place now and customize your agenda.

Simcenter FLOEFD Structural module simulation of a PCB.

Simcenter™ FLOEFD™ 2021.1: What’s New?

What’s New in the latest Simcenter FLOEFD 2021.1 version? Electromagnetics, structural simulation and much more. Find out for yourself.

Containing aircraft engine failure

Accounting for the unbalanced load by the use of rotor dynamics software ensured the engine failure of UA 328 was contained.

Crack propagation in composites and how to avoid it: A DLR case study

Ceramic matrix composites (CMCs) have become especially popular in space applications due to their ability to withstand extremely high temperatures. At the German Aerospace Center (DLR), researchers are investigating the use of CMC components for high-temperatures and demanding-environment applications.

Digital Testing Symposium

Access all presentation material from our August 26, 2020 Event Learn how Testing is Evolving with the Digital Revolution Future…

How does cold crucible induction melting ensure titanium purity?

Melting a metal without it touching the crucible walls, is like melting butter without it touching the bowl!

Meet Siemens at NAFEMS CAASE20

Throughout the year, engineers at Siemens work with our customers and partners to deliver improved, more robust simulation software that will help users deliver innovations faster and with greater confidence. We are looking forward to sharing these new technologies with you at CAASE20.

Pushing the Envelope: Maximizing efficiency with Finite Element Analysis (FEA)

There are a variety of definitions and interpretations of what efficiency means. In the simplest terms, it’s about being able…

Avoid Bearing failure with Virtual Prototyping. Angular Contact Ball Bearing (ACBB, left), Tapered Roll Bearing (TRB, right), as modeled in Simcenter 3D

Bearing Transmission Failures: How to Avoid Them With Virtual Prototyping

Bearings allow complex machinery to rotate by making the rotation possible while reducing friction, and are therefore vital to system efficiency and reliability. Improving bearing design through virtual prototyping is a cost-effective and thorough design approach, which reduces transmission downtime and failures.