Design A 5 Bedroom Duplex With Staad Pro Beginning To End

What you'll learn
You will learn how to design a 5 bedroom duplex using staad pro
You will learn how to use Staad Pro RC Designer for designer and detailing Beams and Columns
You will learn how detail the reinforcement of Beams, columns, Slabs, and Staircase
You will learn how to read architectural plan
You will learn how to use Staad Pro
You will learn how to design RC Beam using staad pro
In this course, you will become familiar with the STAAD Pro V8i interface and workspace to configure and prepare every aspect of the process
You will learn how to design RC Column using staad pro
You will learn how to design 2D RC Frame using Staad Pro
You will learn how to design 3D RC Frame using Staad Pro
You will learn how to use Staad Pro Structure Wizard for quickly modelling structures
You will learn different Staad Pro tools
You will learn how to draw beams and columns layout plan
You will learn earthquake load calculation
You will learn wind load calculation
Requirements
You will need a Laptop
You will need Staad Pro Software
You should be dedicated to learn
Description
This comprehensive course is designed for engineers, architects, and construction professionals who want to master the design of a 5-bedroom duplex using Staad Pro V8i. This industry-leading software is widely used for structural analysis and design, making it a must-have skill for any structural engineer.Throughout the course, you will learn how to use the software's advanced modeling, analysis, and design capabilities, as well as the latest building codes and standards. You will start from scratch and learn how to create a complete and accurate design, including load calculation, static analysis, wind analysis, building detailing, and earthquake engineering. You will also learn how to create detailed drawings and reports to present your design to clients and stakeholders.The course is project-based, so you will have the opportunity to work on a real-life 5-bedroom duplex design, giving you hands-on experience in using the software and applying the concepts you learn. Additionally, you will receive guidance and support from an experienced and certified instructor throughout the course.ACI Code is used for the analysis and design of the building. Also, we discuss other codes such as Indian IS Code, Euro Code, and British code. I will keep updating the content in this course to provide you with more learning and more code to learn from. By the end of the course, you will have the skills and knowledge to design your own 5-bedroom duplex using Staad Pro V8i and be able to confidently present the design to clients and stakeholders. Enroll now and take the first step towards mastering the design of a 5-bedroom duplex and becoming a better structural engineer.
Overview
Section 1: Getting Familiar with Staad pro
Lecture 1 Introduction to Staad Pro
Lecture 2 Setting Staad pro Configuration
Lecture 3 Create a new project in Staad pro
Lecture 4 Staad pro Menu Bar
Lecture 5 Staad Pro Toolbars
Lecture 6 Project Order
Lecture 7 Different Mode of Operation on Staad pro
Section 2: RCC BEAM IN STAAD.PRO
Lecture 8 Creating New Project for RCC Beam
Lecture 9 Understanding and Drawing Nodes in Staad pro
Lecture 10 Understanding Different Views on Staad.Pro
Lecture 11 Modelling the beam on Staad Pro
Lecture 12 Defining the Beam Section
Lecture 13 Assigning the Section on the Beam
Lecture 14 Assigning Support reaction on the Beam
Lecture 15 Defining the Dead and Live Load
Lecture 16 Understanding the Self Weight of the Beam
Lecture 17 Understanding and Defining the Load Values
Lecture 18 Assigning the Load on the Beam
Lecture 19 Running the Analysis and Output Viewer
Lecture 20 Solving Error on Staad Pro
Lecture 21 Node Displacement Postprocessing Mode
Lecture 22 Getting the Support Reactions on the Beam
Lecture 23 Bending Moment Diagram
Lecture 24 Shear Force Diagram
Lecture 25 Beam Deflection
Section 3: 2D FRAME ON STAAD PRO
Lecture 26 Creating a new 2D frame project
Lecture 27 Drawing the Frame Nodes
Lecture 28 Drawing the Frame using the Nodes
Lecture 29 Defining the Section Properties of the Beams and Columns
Lecture 30 Assigning the Section Properties to the Beams and Columns
Lecture 31 Assigning the Support Reactions on the Frame
Lecture 32 Defining the Load acting on the Frame
Lecture 33 Assigning the Loads on the Frame
Lecture 34 Running Analysis and Output Viewer
Lecture 35 Reactions at the Support
Lecture 36 Bending and Shear Diagram
Section 4: 3D FRAME IN STAAD PRO
Lecture 37 Creating a new 3D Frame project
Lecture 38 Creating Nodes and Modelling the 3D Frame
Lecture 39 Defining and Assigning Section Properties to 3D Frame
Lecture 40 Assign Support Reactions on the Frame
Lecture 41 Defining the Load Pattern
Lecture 42 Assigning Dead and Live load on the Floor
Lecture 43 Assigning The wall load on the Beams
Lecture 44 Defining Load Combination
Lecture 45 Selecting and Defining Design Parameters
Lecture 46 Assigning The Design Parameters
Lecture 47 Checking Design Result for the Frame
Lecture 48 Re designing the failed members
Lecture 49 Bending Moment, Shear Force, And Deflection
Section 5: STRUCTURE WIZARD
Lecture 50 Creating a new Project
Lecture 51 Understanding Bay Frame in Structure Wizard
Lecture 52 Modeling different Frame Model in Structure Wizard
Lecture 53 Modelling Different Truss in Structure Wizard
Section 6: STAAD PRO TOOLS
Lecture 54 Move in Staad Pro
Lecture 55 Rotate in Staad Pro
Lecture 56 Mirror in Staad Pro
Lecture 57 Nodes in Staad Pro
Lecture 58 Translational Repeat in Staad Pro
Lecture 59 Display Floors Separately and Create New view
Lecture 60 Defining a new material Property
Lecture 61 Selecting Materials from section Database
Section 7: READING THE ARCHITECTURAL PLAN OF THE BUILDING
Lecture 62 Reading the elevation and Realistic View of the building
Lecture 63 Reading the floor plan view
Lecture 64 Reading the Section View
Section 8: COLUMN PLACEMENT ON BUILDING PLAN
Lecture 65 Determining the Trial Column Sizes
Lecture 66 Placing Columns on Ground Floor Plan
Lecture 67 Placing Columns on First Floor Plan
Lecture 68 Beam Placement on the Ground and First Floor Plan
Section 9: COLUMN AND BEAM LAYOUR PLAN
Lecture 69 Creating Column layout plan
Lecture 70 Creating Beam Layout plan
Lecture 71 Creating Plinth Beam Layout Plan
Section 10: MODELLING THE 5 BEDROOM DUPLEX IN STAAD PRO
Lecture 72 Drawing the Building Nodes
Lecture 73 Drawing the beams on Ground Floor
Lecture 74 Modelling the Building Floors with Translational Repeat
Lecture 75 Plinth Beam Level
Lecture 76 Beams on First floor Level
Lecture 77 Modelling Ground Floor Balcony
Section 11: BUILDING SECTION PROPERTIES
Lecture 78 Defining the Beams and Columns Sizes
Lecture 79 Assigning the Beams and Columns Sizes
Lecture 80 3D Rendered View of the Building
Section 12: MATERIAL SPECIFICATION CONCEPTS
Lecture 81 Understanding Cracked Sections
Lecture 82 Assigning Cracked Sections Moment of Inertia on Members
Lecture 83 Slab Rigidity with Master and Slave Node
Lecture 84 Diaphragm on Floors
Section 13: SEISMIC LOADING ON STRUCTURES
Lecture 85 Understanding Base Shear
Lecture 86 Base Shear Calculation as per ASCE 7-10 Building Code
Lecture 87 Base Shear Calculation as per IS 1893 PART 1
Lecture 88 Base Shear Calculation as per Euro and British Code 8
Section 14: STAIRCASE LOAD CALCULATION
Lecture 89 Calculating loads on Flight and Mid Landing
Lecture 90 Distributing Staircase Loads on the Beams
Section 15: LOADS ACTING ON THE BUILDING
Lecture 91 Defining the Seismic parameters
Lecture 92 Defining the Different Load Case
Lecture 93 Assigning the Seismic load case
Lecture 94 Calculating the wall load
Lecture 95 Assigning the Wall Load on the Structure
Lecture 96 Assigning the Floor Load
Lecture 97 Assigning the Floor Finish
Lecture 98 Assigning Live Load on the Floors
Lecture 99 Assigning the Support Reaction
Lecture 100 Correction on the Support Reaction
Section 16: WIND LOADING ON THE BUILDING
Lecture 101 Defining the wind Parameters
Lecture 102 Assigning Wind load Data
Lecture 103 Assigning wind load in the X direction
Lecture 104 Assigning wind load in the X direction part 2
Section 17: SHORTCOLUMN AND MOMENT RELEASE
Lecture 105 Short Column Effect
Lecture 106 Understanding Moment Release
Lecture 107 Moment release on the Structure
Section 18: STAIRCASE LOADING
Lecture 108 Assign the Staircase dead load
Section 19: APPLY THE SEISMIC WEIGHT ON THE BUILDING
Lecture 109 Defining and Assigning the earthquake load cases and seismic definition
Lecture 110 Generating the Load Combinations
Lecture 111 Correction on the Structure and Seismic load definition
Section 20: ANALYSIS OF THE BUILDING
Lecture 112 Errors and Warnings Checks
Lecture 113 Solving Error and Warning Checks
Lecture 114 Allowable Story drift check
Section 21: DESIGNING THE BULDING
Lecture 115 Selecting the design parameters
Lecture 116 Defining and Assigning Design Parameters
Lecture 117 Define and Assign design Command
Lecture 118 Pass the failed Members
Section 22: DESIGNING THE BUILDING WITH ADVANCED RC DESIGNER
Lecture 119 Introduction to Advanced RC Designer
Lecture 120 Creating design group for beams and columns
Lecture 121 Design and detailing of RC Beams in Staad Pro RC Designer
Lecture 122 Design and detailing of RC Columns in Staad Pro RC Designer
Section 23: MANUAL COLUMN DETAILING
Lecture 123 Choosing the Bar Size and No of Bars
Lecture 124 Understanding Column detailing diagram on the floors
Lecture 125 Cross section view of Column Reinforcement
Lecture 126 Column layout plan for similar Reinforcement
Lecture 127 Reading the Column reiforcement
Lecture 128 Column Lateral Ties
Lecture 129 Detailing of the Circular Columns
Section 24: MANUAL BEAM DEATILING
Lecture 130 Detailing of beam Longitudinal bar
Lecture 131 Detailing the beams with extra Bars
Lecture 132 Reading the Longitudinal beam reinforcement
Lecture 133 Reading the Stirrup reinforcement
Civil Engineering Students,Structural engineers,architects,Students ready to learn Staad Pro,Construction professionals,Civil Engineers,Structural engineering students,Students who want to learn design of Buildings


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