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I don't think my professor covered this but I still watched it. thanks again!
I love you Ron, you save me at least 3 hours of lecture watching every term for Mech Eng!
this is awesome! thank you Ron!!
The total equivalent thermal resistance of a composite /multiple material is simply the sum of the junction and material resistances.
you are great quick and simple videosmaybe more calculated examples ?
5:06 not necessarily true. The confined gas may have a thermal conductivity higher than those of the joined materials and hence increasing the external pressure increases the contact resistance.
thanks keep going (Y)
Found something my class isn't covering. Time to skip ahead a video!
I don't think my professor covered this but I still watched it. thanks again!
I love you Ron, you save me at least 3 hours of lecture watching every term for Mech Eng!
this is awesome! thank you Ron!!
The total equivalent thermal resistance of a composite /multiple material is simply the sum of the junction and material resistances.
you are great
quick and simple videos
maybe more calculated examples ?
5:06 not necessarily true. The confined gas may have a thermal conductivity higher than those of the joined materials and hence increasing the external pressure increases the contact resistance.
thanks
keep going (Y)
Found something my class isn't covering. Time to skip ahead a video!