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Toronto Math Forum
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APM346-2022S
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APM346--Lectures & Home Assignments
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Chapter 2
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Transport Equation Derivation
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Topic: Transport Equation Derivation (Read 679 times)
Yifei Hu
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Transport Equation Derivation
«
on:
January 18, 2022, 07:34:32 PM »
Can anyone help explain where does the Ut term in the second last line come from? Thanks
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Victor Ivrii
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Re: Transport Equation Derivation
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Reply #1 on:
January 19, 2022, 05:06:34 AM »
It would be really helpfull if you explained where you took this from (if online TextBook--then section and equation number, if lecture then which lecture and which part).
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Yifei Hu
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Re: Transport Equation Derivation
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Reply #2 on:
January 23, 2022, 10:17:29 PM »
Hi Professor Ivrii, this comes from Christopher's lecture #3 when he discussed transport equation, directly from his lecture notes #3 on top of page 2 : )
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Victor Ivrii
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Re: Transport Equation Derivation
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Reply #3 on:
January 24, 2022, 05:46:09 AM »
Then your best shot would be
either to ask during Prof Kennedy's Office hours
or to formulate the problem and define everything (that is $u, v, S, \tilde{S}$) here by yourself without screenshots
My guess that it is a
continuity condition
.
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Toronto Math Forum
»
APM346-2022S
»
APM346--Lectures & Home Assignments
»
Chapter 2
»
Transport Equation Derivation