Computational Fluid Dynamics Jobs

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Fixed-Price - Intermediate ($$) - Est. Budget: $500 - Posted
We will need you to do 3D convection of a product. Steady and transient flows. Must be able and willing to make small changes​ to a Solidworks or step or STL file type to help us optimize the design. Must have prior experience including validating the results on experimental models. Must be available to work daily or as needed. Have extremely good communication skills and truly an expert in your field. Then we will pay more.
Skills: Computational Fluid Dynamics (CFD) 3D Design ANSYS AutoCAD
Fixed-Price - Entry Level ($) - Est. Budget: $50 - Posted
You need to create a few examples for OpenFOAM version 4.0, like these: Snowboard - https://www.youtube.com/watch?v=l4F5pMJxiEY Bicycle - https://www.youtube.com/watch?v=mL8QVF2tx_4 Car - https://www.youtube.com/watch?v=cSsbcuZvO1I
Skills: Computational Fluid Dynamics (CFD)
Hourly - Entry Level ($) - Est. Time: More than 6 months, 30+ hrs/week - Posted
We e dev a UAV based in hibrid electric and gas . We need calculations and cosultancy about make vectored trust propelers. The UAV is VTOL in electric and horizontal sustentation based in rotomax 600gas that also generating electricicy to charge the batteries in flight. Sorry top secret details only after call
Skills: Computational Fluid Dynamics (CFD) 3D Rendering AutoCAD Calculus
Fixed-Price - Expert ($$$) - Est. Budget: $500 - Posted
Want verification or correction of my theory and modelling of a direct expansion vapor compression refrigeration cycle that is combined with a liquid refrigerant pump. The pump increases the pressure of the liquid exiting the condenser to a pressure higher than discharge pressure and assists its flow to the expansion device in the vapor compression cycle. Additionally the pump injects the higher pressure liquid into the discharge line between the compressor discharge and condenser inlet for de-superheating of the discharge vapor. Therefore, additional fluid mass flows through the liquid receiver storage vessel, through the pump, into the discharge outlet conduit, through the condenser, through the liquid receiver storage vessel and back to the pump. I theorize that liquid injection de-superheating is an adjunct to the vapor compression system. Due to liquid injection de-superheating, more fluid mass flows through the condenser than flows through the remainder of the system. I also theorize that this system is a combination of a vapor compression system and a variation on the Organic Rankine cycle to account for liquid injection de-superheating heat transfer. I also theorize that liquid injection de-superheating changes the physical and thermodynamic characteristics of the fluid between the liquid injection site and the condenser outlet in such a way that more btu’s/hr are made available for heat rejection than were available from the vapor compression cycle alone. Modeling was done using Genetron Properties v1.2 (free for download from https://www.honeywell-refrigerants.com/americas/genetron-properties-suite/ ) and Excel. They will be available to you. I am most concerned with verification or correction of my theory and method. I am less concerned at this point with the precise accuracy of calculations that may be due to rounding errors or due to specific suitability of the Genetron Organic Rankine model I have used.
Skills: Computational Fluid Dynamics (CFD) Mechanical Engineering SolidWorks