Structure Design of RCC Building Manual and Excel

Detailed Manual & Excel Calculation

4.00 (81 reviews)
Udemy
platform
English
language
Engineering
category
instructor
Structure Design of RCC Building Manual and Excel
1,636
students
9 hours
content
Feb 2021
last update
$44.99
regular price

What you will learn

How to Calculate Gravity Loading, Seismic and Wind Loading.

How to Draw Shear Force and Bending Moment Diagram.

Design of Slab, Beam, Column, Footing, Stair, Lintel and Plinth Beam.

Description

Use "STRUC101" to get at 9. 99


In this Course you will learn how to design RCC building manually and by using Excel as well. In this course we will be discussing Architectural Plans of Industrial building, Structural Drawing of Industrial building, Soil Investigation Proposal, Soil Investigation Report, Dead Load and Live Load Calculation acting on our Slabs, Beams, Columns and footing and then Seismic and Wind Loading. also how to draw Shear Force Diagram and Bending moment Diagram.

Then in Slab we will be discussing One way and Two way Slab, In Beams Singly Beam, Doubly Beam, Continuous Beam, Circular Beam, Shear Stirrup Design. In footing Isolated Footing, Combine with and without beam and then Column Design, Stair Design, Plinth Beam Design, Lintel Design

In this course we will be discussing:

  • Architectural Plans

  • Soil Investigation Proposal

  • Soil Investigation Report

  • Grid Spacing

  • Column Position, Orientation and Size

  • Column, Beam and Slab Marking

  • Load Transfer Mechanism

  • Dead Load and Super Dead load

  • Live Load

  • Load Calculation

  • Shear force and Bending moment diagram for Determinate Beam

  • Shear force and Bending moment diagram for Indeterminate Beam

  • Shear force and Bending moment diagram for Continuous Beam

  • One Way Slab Design Manual + Excel

  • Two Way Slab Design Manual + Excel

  • Curtailment of Reinforcement

  • Singly Beam Design Manual + Excel

  • Doubly Beam Design Manual + Excel

  • Continuous Beam Design Manual + Excel

  • Circular Beam Design Manual + Excel

  • Shear Stirrup Design Manual + Excel

  • Detailing and Curtailment of Reinforcement in Beams

  • Plinth Beam Design & Dummy Column

  • Lintel Design

  • Column Design Manual + Excel

  • Isolated Footing Design Manual + Excel

  • Combine Footing Design Manual + Excel

  • Combine Beam Footing Design Manual + Excel

  • Stair Design Manual + Excel

  • Seismic Design

  • Wind Design

All of this will be done by using ACI, ASCE and IBC Code.

After completion of this course you will be able to design any kind of reinforced concrete building.

For better understanding of course Please follow all the videos step by step.

Content

Introduction

Introduction

Architectural Plans

Architectural Plans

Soil Investigation

Proposal For Soil Investigation
Soil Investigation Report

Structural Planning

Grid Spacing
Column Position, Orientation and Size
Column, Beam and Slab Marking

Loads

Load Transfer Mechanism
Dead Load and Super Dead load
Live Load
Load Calculation

SFD & BMD

SFD & BMD for Determinate Beam
SFD & BMD for Indeterminate Beam
SFD & BMD for Continuous Beam
SFD & BMD Formula

Slab Design

One Way Slab Design Manual
One Way Slab Design Excel
Two Way Slab Design Manual
Two Way Slab Design Excel
Curtailment of Reinforcement

Beam Design

Singly Beam Design Manual
Singly Beam Design Excel
Doubly Beam Design Manual
Doubly Beam Design Excel
Continuous Beam Design Manual
Continuous Beam Design Excel
Shear Reinforcement Design Manual
Shear Reinforcement Design Excel
Circular Beam Design Manual
Circular Beam Design Excel
Detailing and Curtailment of Reinforcement

Plinth Beam Design

Plinth Beam & Dummy Column
Plinth Beam Design

Lintel Design

Lintel Design

Column Design

Column Design Manual
Column Design Excel

Foundation Design

Isolated Footing Design Manual
Isolated Footing Design Excel
Combine Footing Design Manual
Combine Footing Design Excel
Combine Beam Footing Design Manual
Combine Beam Footing Design Excel

Stair Design

Stair Design Manual
Stair Design Excel

Seismic Design

Seismic Design

Wind Design

Wind Design

Reviews

Murali
October 29, 2023
Very good course, Very good content (stuff), but needs lot of improvement in presentation, in over all very good try, Please edit this course by splitting in to more sub chapters and slowdown the video speed, then it will be one of the best course in Udemy In over all it, is good course to learn
Patricio
June 10, 2023
was a very good course the way to present the subject was very practical and with this especial sabor of indian engineering . i live in chile in latinamerica but despite the distance admire this kind of course from india because as in other course from india this was incredible and i enjoyed a lot this the theme
Pradeesh
January 6, 2022
Course is a good match but explanation is poor, and accent is difficult to understand. The geotechnical report is not shared too(password protected)
Abdul
March 17, 2021
need more improvements, specially in explaining certain formulas or diagrams. design of combined footing need a little more elaborations. siesmic and wind loads are perfectly explained.

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DateDiscountStatus
1/13/2021100% OFF
expired

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udemy ID
1/1/2021
course created date
1/13/2021
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