Simcenter E-Machine Design 2512: Release highlights 

The latest release of Simcenter E-Machine Design 2512 brings a suite of powerful enhancements designed to tackle real-world engineering challenges in electric machine design and simulation. Here’s what’s new and why it matters for your workflow.  1. Accurate hairpin winding losses  Why it matters: As electric machines evolve, hairpin windings—especially those with larger solid conductors—face significant AC losses at higher frequencies. These losses, driven by skin…

Advancing Induction Machine and Transformer Workflows – What’s new in Simcenter 3D Low Freq EM 2512 

Faster set-up for an induction machine Induction machines (IM) are the workhorse of industry. Known for their ruggedness, cost-effectiveness, and ability to achieve very high speeds, they…

Simcenter E-Machine design release image 2412

Rapid axial-flux motor analysis – New in Simcenter E-Machine Design 2412

To build a truly silent machine ultra-precision is required, and any torque ripple needs to be eradicated. One such machine that thrives when given such demands is the air core axial-flux machine. learn more in this blog

Electrification in the USA – Will Palo Alto run out of energy this summer?  

Simcenter transformer simulation solution is helping transformer OEMs design next-gen grid transformers for the electrification of cities such as Palo Alto. It covers initial sizing for efficiency, solid-insulation assessment, thermal performance, and detailed electrical and mechanical design, balancing multi-attribute performance in terms of efficiency, thermal, structural integrity, and noise. Learn more in this blog

Electromagnetic simulations as part of your design process, that’s EMAG-nificent

Electromagnetics (EMAG) and electrical engineers are at home with streamlined EMAG Computer Aided Engineering (CAE) packages, like Simcenter SPEED, Simcenter…

How fast can you simulate a 45 MVA Power Transformer from production CAD import?

Simcenter 3D enables you to overcome CAD import bottlenecks in prepping an associative EMAG geometry. When combined with design rules through user-defined parameters, it is possible to automate a power transformer loss analysis workflow, that is responsive to design CAD changes.

Why are power transformers so noisy?

Reduce power transformer noise in the design stage, with a multi-physics simulation and design approach.

Power busbar design, relax, don’t blow your fuse.

Introduction: DC Circuits Vs The Circulatory System. To better understand a power busbar, we can consider the human circulatory system…

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!