Delivering code-compliant piping stress qualification, thermalhydraulic network validation, FSI root-cause failure investigations, and noise/vibration mitigation for power utilities, process plants, and technology manufacturers across North America and the Middle East.
Detailed ASME B31.3 Process Piping stress calculations, process plant concept designs, OpenFOAM and ANSYS FEA/CFD fluid system analysis, GA/isometric/P&ID verification, and technical RFP proposals for OPG and BP.
Power utility piping qualification against ASME Boiler and Pressure Vessel Code (Section III and B31.1), hydraulic validation of compressed gas, service water, and sanitary systems, field walkdowns, and aging-piping vibration mitigation.
Noise and Vibration Engineering division: electronic cooling fan NVH testing in ultra-low-noise anechoic facilities, transient and steady-state signal analysis, statistical root-cause diagnostics, and psycho-acoustic user perception studies.
Physics-driven diagnostics and ASME-compliant design workflows backed by rigorous quality-assurance documentation.
Code-compliant structural qualification of process, power, and nuclear facility piping networks under sustained, thermal expansion, dynamic FSI, and occasional loads, paired with acoustic resonance stability criteria for boiler and steam generator tube banks.
Steady-state and transient thermalhydraulic performance verification for plant fluid networks alongside acoustic admittance characterization and passive Helmholtz resonator damping for side-branches and coaxial junctions.
Precision acoustic and vibration diagnostics for electronics cooling assemblies, ducted machinery, and industrial enclosures—combining ultra-low-noise anechoic testing, psycho-acoustic evaluation, and passive shear-layer control.
High-fidelity finite element structural dynamics and unsteady computational fluid dynamics (LES/URANS) for valves, bluff structures, combustors, and heat-transfer equipment subjected to coupled aerodynamic and acoustic loads.
For ASME piping stress calculations, thermalhydraulic network audits, root-cause FSI and vibration troubleshooting, or RFP technical proposals, contact Dr. Mahmoud Shaaban directly.