Newton engineers perform any analysis you need including structural, dynamic, CFD, thermal, and multi-physics analyses. We have the capability to perform structural and dynamic analyses of linear, non-linear, and highly non-linear systems. Newton engineers have experience from detailed, highly-nonlinear analysis of MEMS devices to rapid analysis of large structures. Dynamic analyses include load derivation, random vibration analysis, shock analysis. Our CFD analysis capabilities include compressible and incompressible laminar and turbulent flows. Our engineers also perform thermal analyses of active and passive cooling systems used on earth and in space-based applications. Finally, there are many cases where an analysis problem is best solved by simultaneously considering several of the physics involved. That’s where our expertise in multi-physics analyses brings you the most value – streamlining the optimization process while simultaneously solving for the best solution with all mechanical, electrical, and thermal variables optimized for your system.

By using multi-physics software, our engineers are able to model electro-mechanical systems, thermo-mechanical systems, opto-mechanical systems, and more. Typical Structural / Thermal / Optical (STOP) analysis depends on performing each analysis separately and a multitude of iterations between each software to find an analytical solution. Let our engineers perform your STOP analysis in a single analytical step that considers the structural, thermal, and optical physics simultaneously. Our multi-physics approach to analysis saves you time and reduces cost.