An overview of the problem is shown in the attached file. Use Abaqus CFD to solve this problem. Deliverables include a brief report and abaqus files. If there is any missing information, it can be requested accordingly.
Assume that the hot air from nozzle is at 500 K temperature.
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i can help you with this CFD simulation of nozzle Relevant Skills and Experience mechanical engineering, CFD, ANSYS, Solidworks Proposed Milestones $666 USD - default
Hot air flow on a stainless steel strip using abaqus cfd Relevant Skills and Experience Hot air flow on a stainless steel strip using abaqus cfd Proposed Milestones $100 USD - M1 $100 USD - M1