
Learn bar bending schedule basics: cut and bend reinforcement bars, determine location, type, size, cutting length, and quantities, then compute total steel weight using imperial and metric unit formulas.
Learn bend detection to account for changes in bending areas, and divide angles by 45 to find bend directions: 1d for 45°, 2d for 90°, 3d for 135°, 4d for 180°.
Explore concrete cover concepts, distinguishing clear cover from effective cover in reinforced concrete, and apply designer-specified values for columns, beams, slabs, and footings.
Discover how to find cut length for main and distribution bars in reinforced concrete within bar bending schedule basics, including 180-degree and 90-degree bends, hooks, and bend allowances.
Discover how overlap and lapping achieve the design length when standard lengths fall short, and calculate spacing, concrete cover, and bar or stirrup counts for column and beam reinforcements.
Calculate the cut length of bent-up bars for RCC slabs using clear span, bend length, concrete cover, and bend angle (notably 45 degrees), accounting for edge depth and bends.
Compute the cut length of rectangular stirrups from an 18 by 12 inch section with 1.5 inch concrete cover, including three 90° bends and two 135° bends, yielding 54 inches.
Compute the cut length of triangular stirrups for column detailing using the Pythagorean theorem, accounting for concrete cover, external stirrup, and 120–135 degree bends.
Learn to find the cut length of diamond stirrups using concrete cover and column dimensions, then apply the Pythagoras theorem for edge lengths.
Learn to find the cut length of circular stirrups in a concrete column using the diameter, concrete covers, and two hooks, with pi-based calculations and bend angles.
Learn how to find the cut length of chair bars in reinforcement design, detailing chair components (head and legs), spacing, and concrete cover in footings.
Learn to calculate cut length for four- and six-legged stirrups in bar bending schedule basics, using center-to-center and external distances, concrete cover, and bend details.
Important Note
This Course Is In Two Parts If You have enrolled in this please go and enroll in part 2 as well.
Udemy does not allow free training for more than two hours.
Now In Second Part We Will Create B.B.S For Septic Tank With The Help Of Cad And Excel.
This Course Is In F.P.S Mean Feet And Inches System.
Topics That We Will Cover In This Course Are:
Bar Bending Schedule Basics.
Bend Deductions For Different Structures.
Difference Between Clear Cover And Effective Cover.
How to Find Cut Length Of Main Or Distribution Bars.
Overlaping In Differnet Bars.
How to Find Cut Length Of Bent up Bars.
How to Find Cut Length Of Rectangular Stirrups.
How to Find Cut Length Of Triangular Stirrups.
How to Find Cut Length Of Diamond Stirrups.
How to Find Cut Length Of Circular Stirrups.
How to Find Cut Length Of Chair Bar.
How to Find Cut Length Of 4 or 6 Legged Stirrups.
Bar Bending Schedule Is a Very Important Topic For Civil Engineers, especially those who want to start their career as an estimator so this is beginner Training. If You Want to learn B.B.S From Stretch pl Start From This Course.