Design of high deflection foils for MHK applications - CFD files

Description

The Ocean Renewable Power Company's (ORPC's) goal is to design, develop, and test hydrofoils with large deflections. The effects of the deflections on cross-flow turbine performance would be evaluated in order to inform design considerations for full-scale water turbines and other marine hydrokinetic devices. OpenFOAM V1912 files for straight foil model scale turbines in the University of New Hampshire tow tank. Strut Locations = (0.13, 0.225, 0.450, 0.675, 0.900) [m] Tip speed ratio = 2.40

Resources

Name Format Description Link
57 Straight turbine CFD model for 0.225m Strut spacing using "OpenFOAM V1912" CFD Software with a tip speed ratio of 2.40 and a 4 degree pitch angle. https://mhkdr.openei.org/files/401/HDF_TSR240_S225_4deg.zip
57 Straight turbine CFD model for 0.123m Strut spacing using "OpenFOAM V1912" CFD Software with a tip speed ratio of 2.40 and a 4 degree pitch angle. https://mhkdr.openei.org/files/401/HDF_TSR240_S123_4deg.zip
57 Straight turbine CFD model for 0.450m Strut spacing using "OpenFOAM V1912" CFD Software with a tip speed ratio of 2.40 and a 4 degree pitch angle. https://mhkdr.openei.org/files/401/HDF_TSR240_S450_4deg.zip
57 Straight turbine CFD model for 0.900m Strut spacing using "OpenFOAM V1912" CFD Software with a tip speed ratio of 2.40 and a 4 degree pitch angle. https://mhkdr.openei.org/files/401/HDF_TSR240_S900_4deg.zip
57 Straight turbine CFD model for 0.675m Strut spacing using "OpenFOAM V1912" CFD Software with a tip speed ratio of 2.40 and a 4 degree pitch angle. https://mhkdr.openei.org/files/401/HDF_TSR240_S675_4deg.zip

Tags

  • cec
  • airfoil
  • hydrofoil
  • hydrokinetic
  • design
  • cross-flow-turbine
  • straight-turbine
  • mhk
  • turbine
  • marine
  • openfoam
  • tidal-turbine
  • power
  • model
  • foil
  • cfd
  • current-energy-converter
  • simulation
  • energy

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