Physics Unit
Fluid Mechanics & Hydrodynamic Simulation Team
Advancing computational fluid dynamics, hydrodynamic modeling, and mission-relevant flow simulation to support the Division of Physics & Computational Mathematics across crisis-response, environmental, and applied research domains.
Scope
Modeling complex flow systems
This team develops high-fidelity hydrodynamic simulation frameworks for coastal systems, riverine transport, infrastructure stress analysis, and fluid-driven environmental change. Its work supports predictive decision-making where physical flow behavior directly affects humanitarian operations, resilience planning, and scientific field deployment.
Simulation focus
Numerical modeling of turbulence, boundary-layer behavior, wave interaction, sediment transport, and coupled fluid-structure dynamics.
Operational value
Decision support for flood behavior, maritime conditions, hydraulic infrastructure, and scenario testing in complex physical environments.
Navigation
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