Thank you so much very interesting video. I'm searching also on how to calculate the heat transfer from one fluid to the other. In other words how Flow Sim can give us the heat exchange enrgy in this simulation? Best regards
I am happy that you liked this video. As per principles of calorimetry heat lost by hot fluid is equal to heat gained by cold fluid. This can be obtained very easily by forming equation goals e.g.( mass flow rate x specific heat at constant pressure x temperature difference) or from goal plots directly you can have heat flux also.
Heat transfer from one fluid to another in a same domain can be done with free surface technique and fluids with different domains will follow normal method
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Thank you so much very interesting video. I'm searching also on how to calculate the heat transfer from one fluid to the other. In other words how Flow Sim can give us the heat exchange enrgy in this simulation?
Best regards
I am happy that you liked this video. As per principles of calorimetry heat lost by hot fluid is equal to heat gained by cold fluid. This can be obtained very easily by forming equation goals e.g.( mass flow rate x specific heat at constant pressure x temperature difference) or from goal plots directly you can have heat flux also.
Heat transfer from one fluid to another in a same domain can be done with free surface technique and fluids with different domains will follow normal method