Altair worked with Daimler to make the optimization process of its windscreen antenna more efficient. The team jointly developed a windscreen antenna analysis method within FEKO that represents the dielectric properties of multiple layers analytically, along with multi-port post-processing to allow different port configurations to be rapidly re-evaluated.
The new Flux 12.3 release includes several major enhancements, now offering even higher quality mesh geometry imports and treatment than before. The Flux integration in the Altair multiphysics environment opens new doors to multi-domain optimization. Read more about the new features
The FEKO Student Competition is an international contest open to all under-graduate and post-graduate students, who use FEKO. Great prizes are up for grabs for winning students. Read More.
Daniel Ung, from Curtin University was selected as our 2016 winner and can be seen here receiving his prize from Mahan Rudd, EM Engineer in Australia.
Altair offers design communities efficient collaborative simulation solutions to implement their digitalization strategy. Our revolutionary licensing model facilitates access to our trusted multi-domains, scalable and collaborative technology that is powerful, flexible, and easily accessible.
From early design stages engineers are able to address typical IoT design challenges, while still remaining competitively priced and reliable.
The rapid growth of mobile and wireless communications has increased the need for propagation modelling and network planning simulation. In this webinar recording we show how FEKO and WinProp can be used for the 5G antenna design, analysis of radio coversage and channel statistics including the antenna effect.
Today, in order to avoid tedious geometry model input work, importing a CAD model to build a finite element model is a workflow that is used more widely.
Within its 3D modeler, Flux has a full set of tools to ease the CAD import process.....
