Numerical simulations focusing on convective heat transfer with complex wall tempera- ture variations, as well as conjugate heat transfer problems involving solids are performed. Simulations are made using the GASP Computational Fluid... more
Numerical simulations focusing on convective heat transfer with complex wall tempera- ture variations, as well as conjugate heat transfer problems involving solids are performed. Simulations are made using the GASP Computational Fluid Dynamics (CFD)code, which solves the Reynolds-Averaged Navier-Stokes equations (RANS). GASP has been modified by adding a solid heat conduction solver, enabling the coupling of RANS with the heat
Research Interests: Mechanical Engineering, Aerospace Engineering, Heat Transfer, Numerical Simulation, Turbulent boundary layer, and 12 moreComputation Fluid Dynamics, Navier Stokes, Temperature Distribution, Heat Conduction, CONJUGATE HEAT TRANSFER, Interdisciplinary Engineering, Convective Heat Transfer, Boundary Layer, Negative Skin Friction, Turbulence Model, Low Mach Number, and Heat Equation
Research Interests:
Numerical simulations focusing on convective heat transfer with complex wall tempera- ture variations, as well as conjugate heat transfer problems involving solids are performed. Simulations are made using the GASP Computational Fluid... more
Numerical simulations focusing on convective heat transfer with complex wall tempera- ture variations, as well as conjugate heat transfer problems involving solids are performed. Simulations are made using the GASP Computational Fluid Dynamics (CFD)code, which solves the Reynolds-Averaged Navier-Stokes equations (RANS). GASP has been modified by adding a solid heat conduction solver, enabling the coupling of RANS with the heat
Research Interests: Heat Transfer, Numerical Simulation, Turbulent boundary layer, Computation Fluid Dynamics, Navier Stokes, and 9 moreTemperature Distribution, Heat Conduction, CONJUGATE HEAT TRANSFER, Convective Heat Transfer, Boundary Layer, Negative Skin Friction, Turbulence Model, Low Mach Number, and Heat Equation
Research Interests:
Numerical simulations focusing on convective heat transfer with complex wall tempera- ture variations, as well as conjugate heat transfer problems involving solids are performed. Simulations are made using the GASP Computational Fluid... more
Numerical simulations focusing on convective heat transfer with complex wall tempera- ture variations, as well as conjugate heat transfer problems involving solids are performed. Simulations are made using the GASP Computational Fluid Dynamics (CFD)code, which solves the Reynolds-Averaged Navier-Stokes equations (RANS). GASP has been modified by adding a solid heat conduction solver, enabling the coupling of RANS with the heat