Skip to main content
Go to the U of M home page
  • One Stop
  • MyU: For Students, Faculty, and Staff

Fluid Mechanics Lab

Menu
  • Home
  • Research
    • Computational Fluid Dynamics
      • Simulation of Flows with Wavy Boundaries
      • Multi-Fluids Simulation
      • Simulation of Particle-Laden Flows
      • Wave Simulation
      • Simulation of Flows with Complex Geometry and Fluid-Structure Interactions
      • Data Assimilation
      • Adaptive Mesh Refinement (AMR)
      • Machine Learning
      • Quantum Computing
    • Fundamental Fluid Mechanics
      • Turbulence
      • Wave Dynamics
      • Free-Surface Flows
      • Multiphase Flows
    • Engineering Applications
      • Cavitation Flows
      • Wind Energy
      • Wave Energy
      • Solar energy
      • Hydropower
      • Biological Flows and Biomimetics
      • EM/EO Radiative Transfer
    • Environmental Fluid Mechanics
      • Interfacial Heat and Mass Transfer
      • Air Quality and Air Pollution
      • Oil Spills, Microplastics
      • COVID-19 Transmission
    • Geophysical Flows
      • Physical Oceanography
      • Atmosphere
      • Wind-Wave Interaction
      • Coastal Land-Air-Sea Interaction
      • Benthic Boundary Layer/Sediment/Mud
      • Canopy Flows
    • Example Problems for Outreach
      • Langmuir circulation
  • Publications
  • Recruitment
  • Contact

Breadcrumb

  1. Home
  2. Engineering Applications

Research Areas

  • Computational Fluid Dynamics
  • Fundamental Fluid Mechanics
  • Engineering Applications
  • Environmental Fluid Mechanics
  • Geophysical Flows
  • Example Problems for Outreach

Engineering Applications

  • Cavitation Flows

    cavitation

  • Wind Energy

    floating turbine

  • Wave Energy

    wec

  • Solar Energy

    trajectories and temperature

  • Hydropower

    Hydroturbine close-up view

  • Biological Flows and Biomimetics

    self-propelled thunniform fish

  • EM/EO Radiative Transfer

    Simulation results of light field under ocean waves

For Students, Faculty, and Staff

  • One Stop
  • MyU
© 2025 Regents of the University of Minnesota. All rights reserved. The University of Minnesota is an equal opportunity educator and employer. Privacy Statement Report Web Accessibility Issues Current as of July 1, 2025
  • Home
  • Research
    • Computational Fluid Dynamics
      • Simulation of Flows with Wavy Boundaries
      • Multi-Fluids Simulation
      • Simulation of Particle-Laden Flows
      • Wave Simulation
      • Simulation of Flows with Complex Geometry and Fluid-Structure Interactions
      • Data Assimilation
      • Adaptive Mesh Refinement (AMR)
      • Machine Learning
      • Quantum Computing
    • Fundamental Fluid Mechanics
      • Turbulence
      • Wave Dynamics
      • Free-Surface Flows
      • Multiphase Flows
    • Engineering Applications
      • Cavitation Flows
      • Wind Energy
      • Wave Energy
      • Solar energy
      • Hydropower
      • Biological Flows and Biomimetics
      • EM/EO Radiative Transfer
    • Environmental Fluid Mechanics
      • Interfacial Heat and Mass Transfer
      • Air Quality and Air Pollution
      • Oil Spills, Microplastics
      • COVID-19 Transmission
    • Geophysical Flows
      • Physical Oceanography
      • Atmosphere
      • Wind-Wave Interaction
      • Coastal Land-Air-Sea Interaction
      • Benthic Boundary Layer/Sediment/Mud
      • Canopy Flows
    • Example Problems for Outreach
      • Langmuir circulation
  • Publications
  • Recruitment
  • Contact