Moving between electromagnetic and mechanical simulation is easy, with a combined physics simulation methodology to target failure mechanisms that the Romax electrification community recognize as critical issues.
Complement Romax's established gear contact capability with other recognized calculation code. Combine partner gear contact calculations with structural deflection results from Romax. Baseline new designs against historic design benchmark results.
Accurate and up to date information from bearing suppliers at your fingertips, right from the first concept sketch and the initial bearing selection, all the way through to the final cut. Meaning accurate calculations, and your best chance for an optimized design with a scalable supply chain.
Share the same tools and methods between teams. Building trust with an engineering service provider takes years, and we want to preserve these relationships. Romax is open to working with your provider of choice.
Piecing together the elements of a combined process that potentially spans your entire department (and even beyond) is a full time job. We have focused on solving the technical challenge this presents, so that you can focus on the bigger picture.
A process, once automated, is ripe for exploring through design optimization software.
Combine FEA with Romax component models. Use Romax component models to feed accurate boundary conditions into FEA, and vice-a-versa.
Use structural response in acoustic analysis, and predict radiated noise, a key target metric for motor and gear whine.
The link between Design and Analysis has never been closer. Using our direct modelling platform, we take 3D geometry, clean it up, mesh it, and combine it with our Romax component models. Going the other way, we take parametriclly defined components, and create 3D geometry for use as the basis for detailing work by the CAD team.