Computational Fluid Dynamics Jobs
Project involves the study of natural convection within molten liquids
Hello, we are currently in need of a person who is familiar and able to conduct two ways coupled analysis using Ansys workbench. I will share the detail through message.
Dear Bidders , We need Experience FEA Analyst who can perform thermal stress simulation on Va-pour cyclone system including ducting.(Something Like attached Images_please noted not same) What we required after Stress simulation : - Details FEA Stress Report - Force - Moment Reaction at Constraint / Foundation location for Civil Work - Expansion Bellow Design Stiffness and Deflection value to f...
Dear Bidders , We need Experience FEA Analyst who can perform thermal stress simulation on Va-pour cyclone system including ducting.(Something Like attached Images_please noted not same) What we required after Stress simulation : - Details FEA Stress Report - Force - Moment Reaction at Constraint / Foundation location for Civil Work - Expansion Bellow Design Stiffness and Deflection value to f...
I am simulating two phase simulation of flow around cylinder and I did the same with one phase simulation and I compare the lift coefficient results with my experiment. I have had similar results with the one phase simulation and Larger lift with the two phases simulation (air-water). I want someone to discover where the error is !? / open source simulation with fortran code
I need to do simulations in Star-CCM+, I’ve done most of the pre-processing but not sure how to plot y+ values and define some parameters for wall surface treatment. The task is fairly easy for experienced users, so I don’t expect high bids on it.
I need flow analysis over NACA 2412 in Ansys at different solution models at high Reynolds number [i.e. Turbulence flow (>1e-7)]. at AoA of 0,2,6,8,10,12 It should show output of different solution models :- k-omega SST, k-epsilon and Sparta-Alamar The solution should be correct as it will be used for validation purpose. The vorticity countor for turbulence will be shown and we will be needing...
I need someone with great knowledge of the following to work on a project for me . :Real and imaginary fluids. Permanent flow in closed circuits of circular cross-section, laminar and turbulent flow, Reynolds number, velocity distribution in pipe cross-sections, boundary layer, energy losses in circular cross-section pipes, Darcy-Weisbach equation, friction coefficient. Closed duct systems, water ...
