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Fluid Mechanics 4.7 - Derivation of the Reynolds Transport Theorem 

College Fluid Mechanics
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15 окт 2024

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Комментарии : 6   
@willm6598
@willm6598 2 года назад
Your videos are incredible, what I wouldn't give to be your student
@CollegeFluidMechanics
@CollegeFluidMechanics 2 года назад
Thank you, William!
@moazzumgillani4852
@moazzumgillani4852 3 года назад
Excellent explanation and smoothly done!!! I just want to share my conclusions of your video, and it's a request do let me know that am I right or not? The derivative of control system shows how it moves with respect to time from initial position in the flow, As nothing can enter or leave the system, the only thing which changes is the position and we study that. Okay the second part is the derivative of control volume, which shows how the property B changes within the boundary of control volume, as it doesn't move and the thing which changes is the property quantity and we study that with respect to time. Are my conclusions right or not?? Thanks for your time.
@CollegeFluidMechanics
@CollegeFluidMechanics 3 года назад
You got it! Well done. In short, the control mass moves with the flow, while the control volume stays exactly where it is at. We study the relationship between those two definitions from thermodynamics. Good luck with your studies.
@moazzumgillani4852
@moazzumgillani4852 3 года назад
@@CollegeFluidMechanics Finally I got an excellent fluid mechanics teacher, Thanks for providing such great help. I also commented on other videos of this module, when it's feasible for you please comment on them too, Once again thansk
@aryankumar24541
@aryankumar24541 Год назад
@@moazzumgillani4852 Where should i study machine design from??Can u pls recommend me some good channels for it!!!...I have recently screwed up my mid sems...
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