Lesson 6 of 39 • 9 upvotes • 8:01mins
Assumptions of singly reinforced beam
39 lessons • 4h 45m
About the Course (in Hindi)
3:06mins
Basic of RCC (in Hindi)
8:14mins
Mean Strength and Selection of Fck (in Hindi)
7:45mins
Analysis of Type of Modulus of Elasticity (in Hindi)
8:01mins
Permissible Stress Values and Working Stress Method (in Hindi)
10:16mins
Working stress method
8:01mins
Analysis of singly reinforced beam
8:41mins
Calculations of moment of resistance
7:45mins
Conditions of beam
7:53mins
Conditions of concrete (IN hindi)
8:26mins
DESIGN OF BEAM(IN HINDI)
9:02mins
Numerical of singly reinforced section
7:02mins
DOUBLY REINFORCED BEAM
10:14mins
DESIGN OF DOUBLY REINFORCED BEAM
6:03mins
Numerical of doubly reinforced beam
6:12mins
Numerical of doubly reinforced beam
6:16mins
Limit state method
9:05mins
Assumptions of limit state method
8:04mins
Singly reinforced beam
7:38mins
Design steps of single reinforced section
7:47mins
Design steps of singly reinforced section
7:23mins
Doubly reinforced beam (LSM)
8:16mins
Design steps of doubly beam
6:56mins
Shear stress
7:48mins
Design of shear stree
7:00mins
Design steps of shear stress
8:01mins
Design of bond
6:19mins
Development lenth
7:50mins
Calculating formula for development lenth and bond
6:19mins
Design of slab
7:29mins
Important codal provisions
5:55mins
Important points
6:32mins
Imp.codal provisions from is code
7:37mins
Design steps of slab
5:55mins
Slab design
6:05mins
COLUMN
5:26mins
End condition for lenth
6:48mins
Codal provisions for column
6:00mins
Helical reinforcement
5:45mins