You may watch the complete sequence, starting from compressor to condenser. condenser to collector through dryer. Collector to expander and finally from expander to evaporator. Output of one is input of the other. See my complete HVAC simulation to have a complete idea of HVAC system.
How would you use the data from the fluid flow analysis to do a thermal design study or optimization for say dimensions? In other words how do you import flow simulation data create a new study in the simulations tab? Thank you for your contributions, very useful information. Also, say the evaporator is an ice mold for an ice machine, how can I simulate the heat generation of water on the surface of the solid? Would I just solve for rate of heat transfer at the lowest evaporator temperature vs temperature of the water and mass of the water with specific heat? Your input would make my day.
After your first simulation you can go for a Parametric study with different input variables with some specific ranges e.g. input boundary conditions or geometry ( dimensions of your model). From there, which result is more preferable, select that one with more precise range to have optimization.
I've been trying to figure out how to get a constant wattage instead of a constant temperature as my boundary condition for the longest time. FYI 3:43. Thanks a bunch, mate.
![Electronic Assembly CFD using Solidworks Flow Simulation [Conjugate Heat Transfer ]](http://i.ytimg.com/vi/uJE0VdL_nAQ/mqdefault.jpg)
Thank a lot for your video tutorial. .. . .your tutorial is reasonable, detail, and sequence.. . . .thank a lot teacher.
Your comments inspire to make more videos....
How to create the surface temperature, not based from heat generation?
Using this to help design an evaporator. No idea how refrigerant will reach that high a temp can be misleading. Either way thank you for the tips.
You may watch the complete sequence, starting from compressor to condenser. condenser to collector through dryer. Collector to expander and finally from expander to evaporator. Output of one is input of the other. See my complete HVAC simulation to have a complete idea of HVAC system.
How would you use the data from the fluid flow analysis to do a thermal design study or optimization for say dimensions? In other words how do you import flow simulation data create a new study in the simulations tab? Thank you for your contributions, very useful information. Also, say the evaporator is an ice mold for an ice machine, how can I simulate the heat generation of water on the surface of the solid? Would I just solve for rate of heat transfer at the lowest evaporator temperature vs temperature of the water and mass of the water with specific heat? Your input would make my day.
After your first simulation you can go for a Parametric study with different input variables with some specific ranges e.g. input boundary conditions or geometry ( dimensions of your model). From there, which result is more preferable, select that one with more precise range to have optimization.
Thank you for the session!
It's my pleasure. Your liking make me feel morally boosted and it makes more responsible to improve and provide better content for the next time....
I've been trying to figure out how to get a constant wattage instead of a constant temperature as my boundary condition for the longest time. FYI 3:43. Thanks a bunch, mate.
It can be applied easily by providing a heat source as per your dedired location
Could you provide the geometry for practice ?
I have deleted this geometry as I don't have sufficient space to my hard disk.
@@CFD_GUIDE OMG! Your video is good but if have geometry attach will be even better.
You can send an email to receive other geometries. This model is not available. I deleted it
@@CFD_GUIDE Thank you! I have emailed you.
Could you show me how did you do the conceptiin of the system before simulating it. Thank you
I didn't get what you meant. Can you tell specifically? It is a general concept obeying 2nd law of thermodynamics.
Thnkuu for sharing very helpful
I think there's a miss condition of this simulation. The gravity is still on z axis not on y axis
No, it was made along Y direction but in editing that part was deleted.