SolidWorks Tutorial

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#SolidWorks #3D #Tutorial 023 alu cpu heatsink with thermal dissipating
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Опубликовано:

26 дек 2022

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Комментарии : 21

@bilalhassan3076 Месяц назад

great effort keep sharing such valuable content

@cadcaetutorial2039 4 месяца назад

Very well sir

@alializadeh8195 Год назад

Thank yaa

@Badassiguess 9 месяцев назад

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)

@nikhilsaicharaninti7261 8 месяцев назад

How u got value for h(heat coefficient)?

@YesHim1 Год назад

dope

@mohsenloni1162 7 месяцев назад

عالی

@jeriwolfcr7838 21 день назад

The convection coeff is very high. Shouldn't it be 5-25 for natural convection?

@md.arrahmandip7638 Год назад

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.

@Honza1p Год назад

You can't

@Mawyman2316 10 месяцев назад

@@Honza1p How do you figure? Starting with 2021 they should have GPU-acceleration built in.

@Honza1p 10 месяцев назад

It is for Visualize module (render), not for mechanical simulation.

@amankumar-mu1df 8 месяцев назад

how did you calculated heat power 40watt

@KenoFujimoto Месяц назад

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".