Multiphysics Simulation.

Comprehensive analysis for real-world complexity

Don’t let design silos and decoupled simulation lead to serious unforeseen performance issues. Ensure your analysis of 3D models accounts for the real-world conditions and true behavior of physical phenomena.

Whether flow-dominated or structure-dominated, interdependent multiphysics are complex. Drive your design with simulation expertise that delivers in-depth understanding of coupled physical phenomena for successful performance in even the most complex operating environments.  

We are engineers for engineers

Automation

Optimization

Accuracy

We help you see the whole picture. From fluid-structure interactions (FSI) to structural-thermal-optical-performance (STOP) analysis, along with fully coupled simulations and custom solvers, our multidisciplinary expertise delivers real-world insight into complex physical phenomena with accurate results.

Some project highlights

Aerospace

Determined rotating and static component radial and axial excursions under loads and temperatures during full duty cycle to define gas turbine engine build geometry

Electronics

Established maximum temperatures for high-current connectors given temperature-dependent joule heating of the pins and wires

Automotive

Optimized lighting vent locations to eliminate interior lens and reflector condensation during high risk design conditions

Pharmaceutical

Optimized ice pack configuration to maintain a narrow temperature range during multi-day (cold chain) shipping cycle of temperature-sensitive product

Delivering exceptional technical expertise

We couldn’t possibly list everything we do. Here are just some of our other services:

  • Coupled thermal/flow
  • Coupled thermal/electrical
  • Coupled thermal/structural
  • Coupled motion/structural

Digitization and the digital twin



Success stories

See more stories

Contact us.

Curious about how Maya HTT can help you?

Let's explore better solutions together.

Subscribe to our newsletter