- #1
C989hris
Hi,
I want to simulate a forced convection cooling problem. Air at ambient temperature is forced through a fan into a system to cool electronics and I would like to assess the temperature of the outlet air. Actually I'm interested in the delta between the ambient and outlet temperature. This will be accessed as steady state. So my question is: is the volumetric specific heat capacity of the air relevant?
I feel like it is relevant because if I run the simulation at a higher ambient temperature the volumetric specific heat capacity gets lower and therefore the delta between ambient and outlet temperature will increase, is that correct?
Thanks
I want to simulate a forced convection cooling problem. Air at ambient temperature is forced through a fan into a system to cool electronics and I would like to assess the temperature of the outlet air. Actually I'm interested in the delta between the ambient and outlet temperature. This will be accessed as steady state. So my question is: is the volumetric specific heat capacity of the air relevant?
I feel like it is relevant because if I run the simulation at a higher ambient temperature the volumetric specific heat capacity gets lower and therefore the delta between ambient and outlet temperature will increase, is that correct?
Thanks
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