Doctoral-level computational mechanics and fluid simulations using ANSYS, Autodesk NASTRAN, and OpenFOAM to predict structural integrity and optimize flow dynamics.
Standard design codes cannot always capture non-standard vessel geometries, cyclic fatigue, localized nozzle thrusts, or complex multi-phase fluid flows. MES bridges this gap with rigorous high-fidelity simulation backed by PhD subject matter experts.
Utilizing ANSYS and NASTRAN for linear, non-linear, transient, and thermal stress calculations:
Optimizing fluid movement, heat transfer, and chemical dispersion across plant equipment: