# bar bending schedule for RCC beam

• Civil Engineering

## How To Calculate The Main Bar And Distribution Bar

How To Calculate The Main Bar And Distribution Bar The main bar is all time on the bottom of all bars. The main bar is parallel to the short bar it is also called the short bar. And Distribution bar is the all-time install on the top of the main bar, this bar is also called a long bar. This bar…

• Civil Engineering

## Civil Engineer Interview Question

Civil Engineer Interview Question Today I have the topic of civil engineering question | basic information about civil engineering | Civil Engineering Basic Question |Civil Engineer Interview Question. Learn more  Load Calculation For Column Beam and Slab Design Calculation Calculate The Estimate of The Soakage Pit Another post Estimate The Concrete Volume For The Staircase What Are The Detail and…

• Bar Bending Schedule

## Calculate The Bar Bending Schedule For One Way And Two Way Slab

Calculate The Bar Bending Schedule For One Way And Two Way Slab Today I have the topic of Calculate The Bar Bending Schedule For One Way And Two Way Slab.| what is the difference between one-way ad two-way slab |Bar Bending Schedule For One Way Slab |Bar Bending Schedule For Two Way Slab|Bar Detail of one Way Slab | Bar…

• Civil Engineering

## B.M And S.F Diagram Simply Supported Beam with Three Points Load

B.M And S.F Diagram Simply Supported Beam with Three Points Load Today I will discuss the topic of bending moment and shear force. what is the bending moment | What is the Shear Force |B.M And S.F Diagram Simply Supported Beam with Three Points Load| B.M And S.F Diagram Simply Supported Beam |Simply Supported Beam Three Points Load. What is…

• Civil Engineering

## Why Using The Crank Bar In Slab Column RCC Beam

Why Using The Crank Bar In Slab, Column, And RCC Beam Today I have the topic of Why Using The Crank Bar In Slab | Why Using The Crank Bar In Column | Why Using The Crank bar In RCC Beam | Why Using The Crank Bar In Slab, Column, And RCC Beam. Why are Crank/bent Bars Used in the…

• Civil Engineering

## Load Calculation For Column Beam And Slab Design Calculation

Load Calculation for Column Beam And Slab Design Calculation Today I have a topic about Load Calculation for Column Beam and Slab Design Calculation | what is column | what is beam | what is slab. Load Calculation for Column Beam and Slab Design Calculation What Is Column Column length is generally 3 times their least side cross-sectional dimension. The…

• Civil Engineering

## Calculate The Cutting Length of Chairs Bar

Calculate The Cutting Length of The Chairs Ba Today in this article I will find the Calculate The Cutting Length of Chairs Bar | Parts Of Chair Bar | Why Provide The Chair Bar. Why provide the Chair Bar? Some basic purposes for using chair bar in footing and slab. The main purpose of the chair bar is to manage…

• Bar Bending Schedule

## How To Find The Derivation Of 0.42D Bent Up Bar

How to Find the Derivation of 0.42D Bent up Bar In this article I will find the Derivation of 0.42d |what is the Crank Length of Bent up Bar |How to Find the Derivation of 0.42D Bent up Bar. How to Find the Derivation of 0.42D Bent up Bar Does anybody, know what is the length of a 45° bent-up…

• Architectural Engineering

## What are The causes of building cracks

What are the causes of building cracks? In This Article, I will discuss What are The Causes of building cracks introduced Of Cracking and the Causes of Cracks, The Size of cracks | Shapes of cracks. What are The Causes of building cracks Introduction of cracking Structures and alternative erected structures are moving all the time, however, typically these movements…

• Bar Bending Schedule

## Bar Bending Schedule For RCC Beam

Calculate The Bar Bending Schedule For RCC Beam Today in this article I will explain the bar bending schedule for the RCC beam. the meaning of the bar bending schedule is BBS.in bbs the compete for detail of steel which is used in beam find the length of steel diameter of steel weight of steel. What is the RCC Beam?…

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