Lesson 17 of 20 • 18 upvotes • 9:15mins
In this lecture you will learn about the specific force vs Depth of Flow diagram and you will learn about the condition when specific force is minimum.
20 lessons • 3h 22m
Course Overview - Hydraulics Engineering (in Hindi)
4:36mins
Introduction of Gradually Varied Flow - Hydraulics Engineering (in Hindi)
11:31mins
Differential Equation for Gradually Varied Flow - Hydraulics Engineering (in Hindi)
10:58mins
Different Form of Differential Equation of GVF - Hydraulics Engineering (in Hindi)
11:10mins
Classification of Flow Profile - Hydraulics Engineering (in Hindi)
10:54mins
Mild Slope Channel - Hydraulics Engineering (in Hindi)
11:21mins
Steep Slope Channel - Hydraulics Engineering (in Hindi)
9:33mins
Critical Slope Channel and Horizontal Bed slope - Hydraulics Engineering (in Hindi)
10:47mins
Adverse Slope - Hydraulics Engineering (in Hindi)
10:15mins
Control Section - Hydraulics Engineering (in Hindi)
10:53mins
Analysis of Flow Profiles - Hydraulics Engineering (in Hindi)
9:38mins
Analysis of Flow Profiles - Hydraulics Engineering (in Hindi)
9:12mins
Rapidly Varied Flow (Hydraulic Jump) - Hydraulics Engineering (in Hindi)
10:38mins
Example , Application and effects of Hydraulic Jump - Hydraulics Engineering (in Hindi)
10:22mins
Momentum equation and Specific Force - Hydraulics Engineering (in Hindi)
11:00mins
Hydraulic Jump in Horizontal Rectangular Channel - Hydraulics Engineering (in Hindi)
11:23mins
Specific Force and Sequent Depth - Hydraulics Engineering (in Hindi)
9:15mins
To find the Energy Loss in Hydraulic Jump - Hydraulics Engineering (in Hindi)
9:07mins
Classification of jumps - Hydraulics Engineering (in Hindi)
9:48mins
Previous Year GATE Questions - Hydraulics Engineering (in Hindi)
9:44mins