Fluid Mechanics | Module 5 | Fluid Flow I Boundary Layer Theory | Part 1 (Lecture 47)

HARDY-CROSS METHOD will be uploaded later.
Subject --- Fluid Mechanics
Topic --- Module 5 | Fluid Flow | Boundary Layer Theory | Part 1 (Lecture 47)
Faculty --- Venugopal Sharma
GATE Academy Plus is an effort to initiate free online digital resources for the first time in India and particularly Mr. Umesh Dhande, Founder and Director of GATE ACADEMY creative in order to shape the best career of Engineering student approaching to B.Tech/B.E. courses.
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Watch out the below mentioned playlists for other videos on these subjects :
1. Analog Electronics --- bit.ly/2IEFMq5
2. Basic Electrical Engineering --- bit.ly/2MuVK8c
3. Electronic Devices & Circuits --- bit.ly/2NcEBBF
4. Engineering Graphics --- bit.ly/2IEGRhD
5. Engineering Mathematics --- bit.ly/2tSsOzt
6. Exclusive --- bit.ly/2KAw0XM
7. Fluid Mechanics --- bit.ly/2tHaQRk
8. Signals and Systems --- bit.ly/2Khihsy
9. Thermodynamics --- bit.ly/2PlxJ5O

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Thanq sir kafi wait krna pda boundary layer theory ke liye....😊

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[@abhiyantriki139]

Brilliant explanation Sir !! .....But, Sir i humbly beg to differ on few things that you have explained, it's my earnest request to please correct me if i have mistaken anything. Sir, as you said, that the boundary layer thickness is a function of x and that's absolutely correct but is it valid to state that as x increases more mass enters the BOUNDARY LAYER or rather, it is because the region of influence of viscous effects that grows further in to the flow causing more fluid layers to experience the effect of the solid boundary which were initially not affected near the leading edge. Because as per my limited knowledge , boundary layer formation causes energy dissipation resulting in loss of useful energy due to frictional heating and hence the mass flow rate is reduced which ultimately causes momentum and energy losses. Sir please elaborate on this!!! .. otherwise your explanation was very creative and emphatically rational..Great job!

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Q4.The Prandtl mixing length is A) independent of shear stress. B) zero at the pipe wall. C) dependent on fluid viscosities. D) constant for all fluids.

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Sir agar fluid ki viscosity jyada he to vo boundary layer thickness pe kya effect layegha..... thickness jyada hoghi ya kam hoghi...?

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