Mrida
ResTech
MRIDA
— ResTech —Research • Services • Trading
ResTech
Eliminate costly physical prototyping cycles. We subject your designs to realistic thermal, aerodynamic, hydrodynamic, and mechanical stress simulations before cutting metal — ensuring guaranteed safety margins and maximum efficiency.
Our simulations correlate tightly with physical laboratory strain gauge and dynamometer measurements, consistently within ±3% experimental variance.
Structural, Static, & Dynamic Stress Analysis
Validate structural integrity, identify von Mises stress concentrations, and predict deflections under extreme operating loads using Altair SimSolid & Ansys Mechanical.
Internal & External Flow Optimization
Simulate turbulent multi-phase fluid flows across pump impellers, turbine blades, and throttling control valves. Accurately pinpoint pressure drop, cavitation hotspots, and eddy currents.
Heat Dissipation & Thermal Expansion
Evaluate steady-state and transient heat transfer in heat exchangers, automotive brake discs, and high-temperature furnace manifolds to prevent thermal fatigue cracking.
High & Low Cycle Durability Analysis
Identify natural resonance frequencies and harmonics to prevent catastrophic vibration failures in rotating machinery and calculate remaining fatigue life cycles (S-N curve).
With deep domain expertise in the fluid handling industry, we assist pump and valve manufacturers in boosting hydraulic efficiency (eta), suppressing cavitation, and reducing turbulent pressure drop.
Meshless structural analysis on complex CAD assemblies in seconds
High-end non-linear multiphysics, contact friction, & plastic yield
Advanced CFD turbulence, multiphase slurries, & cavitation
Integrated design-stage generative optimization & FEA
Provide your 3D CAD model along with operating boundary conditions (pressures, flows, temperatures, loads). We deliver comprehensive peer-reviewed engineering simulation reports.