calculation of surface temperature, HTC( heat trasnfer coefficient ) and flow rate along the length of the rod.
Budget: $2 – $8 USD
The heat transfer coefficient is calculated at each point of the rod length (as well as the surface temperature)
The flow rate (m/s) is calculated from the mass flux (kg/ (m2s) and density (kg/m3).
Compare the calculation results with the results of the article
The flow rate (m/s) is calculated from the mass flux (kg/ (m2s) and density (kg/m3).
Compare the calculation results with the results of the article
Related categories:
Mechanical Engineering
Thermal Analysis
Computational Fluid Dynamics
Ansys
Thermodynamics