Bar Bending Schedule of STIRRUP. Calculate CUTTING LENGTH with easy steps #civilguruji
Channel: Civil Engineers Training Institute
Date: 2020-09-01

Topic :Bar Bending Schedule of STIRRUP. Calculate CUTTING LENGTH with easy steps
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In this video you will understand about the various details of BBS from start in which we will understand the various aspects about how to grow your understanding for BAR BENDING SCHEDULE.

Bar Bending Schedule of Rectangular Stirrup is very easy to understand & calculate. Reference with IS code is also taken into consideration so that concept can be relatable.

In BAR BENDING SCHEDULE you will also get to know about different topics namely:
1) What is BAR BENDING SCHEDULE.
2) Advantages of BAR BENDING SCHEDULE.
3) Why we use steel as a Reinforcement Bar.
4) Type of Reinforcement Bar
5) Size & Unit Weight of Bar.
6) Bend Deduction & Value
7) Clear Cover & Effective Cover
8) Values of Clear Cover
9) Standard Codes used for BAR BENDING SCHEDULE.

About BAR BENDING SCHEDULE:
1) BAR BENDING SCHEDULE gives the detailed information about type of bar, size of bar, cutting length of bar, quantity of bar etc.
2) BAR BENDING SCHEDULE saves the wastage of steel and saves the project cost.
3) BAR BENDING SCHEDULE helps in making detailed Estimation.

FRESHER CIVIL ENGINEER must understand the importance of site visit in their Training Duration.
Site visit plays a very crucial role like :
Basic knowledge about building material in site visit
Basic knowledge about handling labour in site visit. 
Basic knowledge about machinery in site visit.
Basic Knowledge about BAR BENDING SCHEDULE in site visit. 

Practical training is helpful for students to find a job in the future. Practical training can increase students' interest in civil engineering. 

one of the major problems faced in engineering is the quality of education they receive while doing pursuing a program in an institute. Several engineering institutions that have been set up in the last two decades lack well-qualified faculty and important laboratory infrastructure. Civil engineering is being transformed from theory-heavy to practice-oriented program, which needs a constructive laboratory infrastructure, helping students carry out various experiments. A dearth of such infrastructure not only hampers the learning ability of students but also reduces their employment opportunities.

In this video you will understand about the various details of BBS from start in which we will understand the various aspects about how to grow your understanding for BAR BENDING SCHEDULE.

Bar Bending Schedule of Rectangular Stirrup is very easy to understand & calculate. Reference with IS code is also taken into consideration so that concept can be relatable.

In BAR BENDING SCHEDULE you will also get to know about different topics namely:
1) What is BAR BENDING SCHEDULE.
2) Advantages of BAR BENDING SCHEDULE.
3) Why we use steel as a Reinforcement Bar.
4) Type of Reinforcement Bar
5) Size & Unit Weight of Bar.
6) Bend Deduction & Value
7) Clear Cover & Effective Cover
8) Values of Clear Cover
9) Standard Codes used for BAR BENDING SCHEDULE.

About BAR BENDING SCHEDULE:
1) BAR BENDING SCHEDULE gives the detailed information about type of bar, size of bar, cutting length of bar, quantity of bar etc.
2) BAR BENDING SCHEDULE saves the wastage of steel and saves the project cost.
3) BAR BENDING SCHEDULE helps in making detailed Estimation.

FRESHER CIVIL ENGINEER must understand the importance of site visit in their Training Duration.
Site visit plays a very crucial role like :
Basic knowledge about building material in site visit
Basic knowledge about handling labour in site visit. 
Basic knowledge about machinery in site visit.
Basic Knowledge about BAR BENDING SCHEDULE in site visit. 

Practical training is helpful for students to find a job in the future. Practical training can increase students' interest in civil engineering. 

one of the major problems faced in engineering is the quality of education they receive while doing pursuing a program in an institute. Several engineering institutions that have been set up in the last two decades lack well-qualified faculty and important laboratory infrastructure. Civil engineering is being transformed from theory-heavy to practice-oriented program, which needs a constructive laboratory infrastructure, helping students carry out various experiments. A dearth of such infrastructure not only hampers the learning ability of students but also reduces their employment opportunities.