Hello, how to use graphics card to do the computation any simulation (e.g. static study, topology optimization etc)? I have a low processor(intel core i5 13400f) with 16 GB RAM, and GPU RTX 3060. Thank You.
Usually there is a fan blowing air to the heat sink. That is the most common configuration, but sometimes you suck air from the heat sink. So you have to take force convection values. Typical values: Natural convection: 5-25 W/m²·K. Forced convection: 25-250 W/m²·K.
Heat power basically is the power the CPU draws in watts. That's because in semiconductors almost 99.9% of electrical energy is converted into heat (0.01% is infrared light) so if you are trying to cool a CPU that can draw 40 Watts, that's your heat power. If you want to find out the maximum amount of power your CPU can draw you should look up: TDP of "CPU-Model-Name".
great effort keep sharing such valuable content
4:13 that beat drop
Very well sir
Hey, that's very helpful btw. I was wondering on how I can add heat generation to the part I'm working on? The one with units (W/m^3)
How u got value for h(heat coefficient)?
These are typical values for metal surfaces:
Natural convection: 5-25 W/m²·K.
Forced convection: 25-250 W/m²·K.
Hello, how to use graphics card to do the computation any simulation (e.g. static study, topology optimization etc)? I have a low processor(intel core i5 13400f) with 16 GB RAM, and GPU RTX 3060. Thank You.
You can't
@@Honza1p How do you figure? Starting with 2021 they should have GPU-acceleration built in.
It is for Visualize module (render), not for mechanical simulation.
The convection coeff is very high. Shouldn't it be 5-25 for natural convection?
Usually there is a fan blowing air to the heat sink. That is the most common configuration, but sometimes you suck air from the heat sink. So you have to take force convection values. Typical values:
Natural convection: 5-25 W/m²·K.
Forced convection: 25-250 W/m²·K.
how did you calculated heat power 40watt
Heat power basically is the power the CPU draws in watts. That's because in semiconductors almost 99.9% of electrical energy is converted into heat (0.01% is infrared light) so if you are trying to cool a CPU that can draw 40 Watts, that's your heat power.
If you want to find out the maximum amount of power your CPU can draw you should look up: TDP of "CPU-Model-Name".
عالی
Thank yaa
dope
Skip the first 9 minutes
Thanks for this!🎉
Yes but now you need to STRESS tesT it...see what MAX Capability is.
If I want to learn graphic, I will ask for NTNU LAO YEH.
qor
I can't focus in your Video. Your video is so fast but you put a damn slow music mske me cant focus at all. !!!!!
Very well sir