Selected work
Developed and applied a physics‑based EWCM that captures water compressibility and pipe elasticity. Benchmarked against MOC and RWCM, quantified stiffness, and highlighted the control‑friendly state‑space form.
Integrated EWCM with EKF/UKF/PF to estimate pressures and flows under sensor noise and unknown demands. Validated on multi‑pipe benchmarks and experimental datasets; supports anomaly detection.
Linearised EWCM used for network‑level modal decomposition. Computed resonance frequencies and spatial participation to identify vulnerable assets beyond traditional FRD insights.
Designed and Optimised gas centrifuge cascades for multi component stable isotope separation Explored transient and steady operating cascades.
Python/MATLAB solver for transient compressible flow, inter‑stage coupling, and pressure balancing across complex cascade geometries.
Collaborative project with the Nuclear Science & Technology Research Institute to measure, simulate, and map environmental radioactivity in Iranian cities. Combined field radon/thoron data, geogenic indicators, and CFD air-circulation simulations to locate high-risk zones, quantify population dose, and guide new building ventilation and construction regulations.
Code coupling heat conduction, stress/strain, and fission‑gas‑release to predict fuel behaviour across operating cycles and transients in pressurised water reactors.
Experimental project at Shahrood University of Technology to modify a 4-stroke engine by changing valve timing and adding two new strokes for water injection and steam expansion. The team designed and built custom mechanical parts, machined and welded the setup, and implemented a high-pressure water-injection system to demonstrate power recovery from exhaust heat.