Expertise
The right physics, the right model, the right decision.
We reveal what tests cannot show, with just the right model: no more, no less.
01
Mechanics & structures
Lighter parts, joints that hold, and the evidence to prove it.
Typical questionsWhat thickness to keep? Where to reinforce? Does the bolted joint stay tight in service?
What we calculate
- Linear and non-linear statics, frictional contact
- Plasticity, large deformation, buckling
- High- and low-cycle fatigue
- Bolted joints (VDI 2230), shrink fits, welds
- Differential thermal expansion
02
Dynamics & vibration
Find the resonance on screen, not on the test bench.
Typical questionsWhich natural frequency to shift? Will the bracket survive the truck profile? Is the speed range free of critical speeds?
What we calculate
- Natural modes and effective masses
- Harmonic response and transmissibility
- Random vibration (PSD), RMS and 3σ stresses
- Vibration fatigue
- Rotordynamics, gyroscopic effects, Campbell
03
Thermal
Follow every watt, from the chip to the coolant.
Typical questionsWhat temperature is acceptable? How much heating power? Which substrate for power electronics?
What we calculate
- Conduction, convection, radiation
- Steady state and transient
- Interface resistances (TIM, pads)
- Induction heating
- Thermally induced stresses
04
CFD & cooling
See the invisible: air and liquid, where they really flow.
Typical questionsWhat flow rate? Where does hot air stagnate? Which channels limit temperature spread?
What we calculate
- Laminar and turbulent flows
- Cold plates, channels, manifolds
- Cabinet and enclosure ventilation
- Conjugate heat transfer (CHT)
- Pressure drop, pump or fan selection
05
Fast dynamics & impact
A few milliseconds decide everything. We slow them down for you.
Typical questionsDoes the bracket retain the equipment? Does the electronics survive a one-metre drop?
What we calculate
- Standard half-sine shocks and measured profiles
- Drop tests
- Crash and equipment retention
- Plasticity and absorbed energy
- Accelerations transmitted to components
06
Multiphysics & optimisation
When everything interacts, find the trade-off intuition alone cannot see.
Typical questionsWhich architecture limits the risk? How to save weight without losing performance? Which parameters drive the result?
What we calculate
- Thermo-mechanical and electro-thermal coupling
- Parametric studies and design of experiments
- Shape and topology optimisation
- Sensitivity to tolerances and materials
- Automated analysis in Python