SEM-V Civil Engg.: Hydraulic Engineering

1 sections • 14 lectures • 05h 52m total length

	Lecture 01 Syllabus Introduction, Introduction of Boundary Layer Analysis, Assumptios of Boundary Layer		01:11:42min
	Lecture 02 Basics concept of Boundary layer,Thickness of Boundary Layer		01:18:38min
	Lecture 03 Definition of Displacement thickness, Derivation for displacement thickness		01:09:55min
	Lecture 04 Definition of Momentum Thickness, Derivation of Momentum Thickness		56:15min
	Lecture 05 Defining Energy Thickness, Derivation of Energy Thickness, Boundary Layer Conditions		43:15min
	Lecture 06 Problems based on Displacement, Momentum, Energy Thickness		01:19:43min
	Lecture 07 Problems based on Velocity Distributions		01:26:08min
	Lecture 08 Smooth & Rough Boundaries		37:36min
	Lecture 09 Von Karman Momentum Integral Equation, Drag Force, Local & Average Friction Co-efficient		25:18min
	Lecture 10 Derivation for Boundary Layer Thickness, Shear Stress on the Surface, Drag Force &Co-efficient of Drag Force		01:19:48min
	Lecture 11 Types of Velocity Profiles, Problems based on Drag Force & Surface Shear Stress		37:45min
	Lecture 12 Boundary Layer Separation, Positive & Negative Pressure Gradient		55:15min
	Lecture 13 Introduction of Open Channel Flow		51:02min
	Lecture 14 Comparision between Pioe Flow & Open Channel Flow		42:15min

Descriptive knowledge :Descriptive Education from basic level to advance level. Specially designed for those who are interested getting top ranks.
Ability Enhancement :Education through this course enhances knowledge and enables to qualify different competitive exams.
Better job opportunities :A qualified & ranked engineers attracts the employer and they are at the priority of the selection list.
Prestigious career options :Through Engineering education, bright career waits for. You can attain not only economically sound position but you will get recognition on the social stages.