Advanced hydraulic modeling for maximum discharge (HFL), bridge pier scour depth analysis, riverbed erosion study, revetment design, and flood hazard mitigation reports.
Hydrodynamic Flow Simulation
Pier Scour Depth Standard
Flood Return Period Studies
IRC:78 compliant scour estimation around bridge piers and abutments during extreme 100-year flood discharge to ensure foundation safety.
Designing guide bunds, spur dikes, stone pitching revetment, and flood inundation boundary maps using 2D hydrodynamic HEC-RAS software.