Smart Virtual Sensors in action

Executable Digital Twin (xDT) – Part 2

The Executable Digital Twin will enable companies to closely analyze their complex systems from the design through operation using Simcenter.

Covering your ears because of the bothersome hum or buzz. There are many sources of noise in a power transformer.

Magnetostriction, a Source of Noise in Transformers

Reducing the noise due to magnetostriction is no easy task. It requires a deep understanding of the forces acting on and in the core laminations that only electromagnetic field simulations can provide.

Defeature and midsurface geometry quickly

Defeature and midsurface geometry quickly

One of the main issues you face as an analyst is the need to clean, defeature and midsurface geometry you…

Surfer at Margaret River, Australia

Surf’s Up! Magic Boards on how to make a professional surfboard

See how Magic Boards developed a high-performing professional surfboard with Simcenter structural simulation and Simcenter testing solutions in the case study video.

Introduction to xDT

Executable Digital Twin (xDT) – Part 1

The Executable Digital Twin will enable companies to closely analyze their complex systems from the design through operation using AI.

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.

Fibremod

Composite Materials Performance Evaluation – using a fast, virtual testing tool

Industrial Challenge: Materials Engineering for Composites subject to Variability The powerful combination of being strong and lightweight, makes composites materials…

Sustainability - wind turbine on field

Siemens and Sustainable Development

Find out how Siemens’ engineering solutions contribute to sustainable development and clean energy for the world with concrete examples.

The New Science of Digital Materials

The New Science of Digital Materials

As engineers, we tend to take materials for granted. In most engineering projects materials are “a given”, defined at the start of the design process, and rarely changed throughout it. We are prepared to tweak every single geometric parameter in the search for optimal engineering solutions, but materials are treated as a constraint rather than a degree of freedom. The recent development of “digital materials” that can be designed, analyzed and optimized via simulation changes this paradigm forever and unlocks endless possibilities for technological and cultural development.