Staad Pro : Zero to Hero : in Hindi

Post published:17 May, 2024
Post category:StudyBullet-16
Reading time:12 mins read

Learn Staad Pro by Following Step by Step instructions

What you will learn

Introduction of STAAD Pro Software.

IS 1893: 2016

Earthquake Analysis

Manual Earthquake Analysis in Excel & verify in Staad Pro

Description

Welcome to Learning & Exploring Civil Engineering Concepts & Softwares Practically.

Autodesk Revit is a building information modelling software tool for architects, landscape architects, structural engineers, mechanical, electrical, and plumbing (MEP) engineers, designers and contractors. The software allows users to design a building and structure and its components in 3D, annotate the model with 2D drafting elements, and access building information from the building model’s database. Revit is 4D building information modeling application capable with tools to plan and track various stages in the building’s lifecycle, from concept to construction and later maintenance and/or demolition.

Take your Revit skills to the Advanced level. First, get comfortable with the Revit environment, and learn to set up a project and add the grids, levels, and dimensions that will anchor your design. Then we dive into modeling: adding walls, doors, and windows; creating and mirroring groups; linking to DWG files; and working with floors, roofs, and ceilings. I will also shows advanced techniques for modeling stairs and complex walls, adding rooms, and creating schedules. Finally, discover how to annotate your drawing so all the components are perfectly understood, and learn how to output sheets to PDF and AutoCAD.

Finally i will also covers basics to Intermediate level of dynamo in Revit.

Herewith I had created many videos for civil engineering students & professionals in order to learn concepts & softwares practically.

In this Course you can learn following most demanded civil engineering softwares from very basic level to advanced level.

AutoCAD 2D

AutoCAD 3D,

Revit Architecture,

Revit Structure,

Revit MEP

Revit Dynamo,

Get Instant Notification of New Courses on our Telegram channel.

Staad Pro,

Etabs,

Revit to Lumion Pro,

Preliminary Designs of Structural Members,

Leaning Bar Bending Schedule with AutoCAD & Excel,

Quantity Surveying / Building Estimation with AutoCAD & Excel,

AutoCAD Raster Design,

Introduction to ISO Global BIM Standards

With Warm Regards,

Ashish Pandit

B.E. Civil Engineering From M.S. University (First Class with Distinction) (BIM Engineer)

हिन्दी

language

Content

Complete Staad Pro Learning through Project

Introduction TOPICS COVERED IN STAAD PRO V8i

PART 1 – BASIC INFORMATION NEEDS TO KNOW

PART 2 – INTRODUCTION TO STARTUP SCREEN

PART 3 – BASIC CONFIGURATION IN STAAD PRO

PART 4 – CREATING A NEW PROJECT IN STAAD PRO

PART 5 – GRAPHICAL USER INTERFACE OF STAAD PRO

PART 6 – WORKING WORKFLOW IN STAAD PRO

PART 7 – UNDERSTANDING CO ORDINATE SYSTEM

PART 8 – ENTERING NODES CO ORDINATES IN STAAD

PART 9 – UNDERSTANDING VIEWS IN STAAD PRO

PART – 10 DRAWING BEAMS BY CONNECTING NODES

PART 11 – DEFINING AND ASSIGNING CROSS SECTION

PART 12 – DEFINING AND ASSIGNING SUPPORTS to nodes

PART 13 – DEFINING AND ASSIGNING DEAD LOAD

PART 14 – DEFINING POINT LOAD, UDL AND MOMENT

PART 15 – ASSIGNING POINT LOAD UDL & MOMENT

PART 16 – GETTING STARTED WITH ANALYZING THE Beam

PART 17 – GETTING SFD, BMD, SUPPORT REACTIONS

PART 18 – Manually VS. Staad Pro

PART 19 – UNDERSTANDING FRAME

PART 20 – DRAW BEAMS COLUMNS APPLY SECTION sizes

PART 21 – CREATING AND ASSIGNING LOADS

PART 22 – VIEW RESULTS OF FRAME

PART 23 – UNDERSTANDING 3D FRAME

PART 24 – ENTERING NODES AND DRAW BEAMS

PART 25 – CREATING AND DEFINING MATERIAL Properties

PART 26 – CREATING AND ASSIGNING LOADS

PART 27 – CREATING LOAD COMBINATIONS

PART 28 – DEFINING AND ASSIGNING THE DESIGN Parameters

PART 29 – REDESIGNING THE SECTIONS AND VIEWING

PART 30 – VIEWING OUTPUT RESULTS

PART 31 – HOW TO USE STRUCTURE WIZARD

PART 32 – UNDERSTANDING BAY FRAME

PART 33 – USING MOVE COMMAND

PART 34 – USING TRANSLATION REPEAT COMMAND

PART 35 – USING ROTATE COMMAND

PART 36 – USING MIRROR COMMAND

PART 37 – USING VIEW AND ZOOM COMMANDS

PART 38 – Add Nodes in Beams

PART 39 – Various Beam Adding Options

PART 40 – USING CIRCULAR REPEAT COMMAND

PART 41 – View Individual Floors Separately

PART 42 – CREATE A NEW MATERIAL

PART 43 – Access Steel and Wood Database

PART 44 – Concept of Moment Release

PART 45 – Full Moment Release

PART 46 – Partial Moment Release

PART 47 – Offsetting the Beam Members

PART 48 – Miscellaneous Specification Options

PART 49 – Working Flow Map of a Project

PART 50 – Reading Architectural Drawing

PART 51 – Defining the Base Nodes

PART 52 – Modeling of the Building Floors

PART 53 – Modeling of the First Floor Balcony

PART 54 – Modeling of the Second Floor Balcony

PART 55 – Preliminary Design of Slab

PART 56 – Preliminary Design of Beam

PART 57 – Concept of Column Preliminary Design

PART 58 – Calculation of the Dead Load

PART 59 – Calculation of the Live Load

PART 60 – Calculation of the Preliminary size of the Column

PART 61 – Defining The Beam and Column Sections

PART 62 – Concept of the Cracked Sections

PART 63 – Assigning Cracked Section Properties

PART 64 – Understanding and Assigning the Master Slave

PART 65 – Assigning the Floor Diaphragm

PART 66 – Introduction to Base Shear Vb

PART 67 – Introduction to Seismic Weight of the Building

PART 68 – Horizontal Acceleration Coefficient Ah, Zone Factor Z

PART 69 – Design Acceleration Coefficient (Sag)

PART 70 – Response Reduction Factor (R)

PART 71 – Importance Factor (I)

PART 72 – Live Load Reduction

PART 73 – Introduction to Dynamic Analysis

PART 74 – Understanding Storey Shear

PART 75 – Basic Concept of Staircase

PART 76 – Calculating the Self Weight Dead Load

PART 77 – Calculating the Floor Finish Load

PART 78 – Calculating the Live Load on Staircase

PART 79 – Solving Error while Generating Seismic Load

PART 80 – Defining the Seismic Parameters

PART 81 – Defining the Load Case Details

PART 82 – Assigning the Seismic Loads

PART 83 – Calculating the Wall Load

PART 84 – Assigning the Wall Load

PART 85 – Introduction to the Self Weight of the Slab

PART 86 – Assigning the Self Weight of the Slab

PART 87 – Application of the Floor Finish Load

PART 88 – Application of the Partition Load

PART 89 – Application of the Live Load

PART 90 – Introduction to IS 875 _ Part 3

PART 91 – Calculation of Design Wind Speed (Part 1)

PART 92 – Calculation of Design Wind Speed (Part 2)

PART 93 – Calculation of Design Wind Pressure

PART 94 – Definition of Wind Load in Staad Pro

PART 95 – Application of Wind Load

PART 96 – Defining the Secondary Beam

PART 97 – Assigning the Load to the Washroom

PART 98 – Defining the New Beams for Staircase Load

PART 99 – Applying the Dead Load of the Staircase

PART 100 – Correcting the Floor Load Error

PART 101 – Application of the Staircase Live Load

PART 102 – CALCULATION OF LIVE LOAD WEIGHT

PART 103 – Introduction to the staad editor

PART 104 – Copying the Loads For Seismic Weight

PART 105 – Defining the Mass source

PART 106 – Checking for Modeling Errors

107 FINAL STAAD EDITOR FILE

PART 108 – Codal Provision for load combination

PART 109 – Making manual load combination

PART 110 – Generating auto load combinations

PART 111 – Error correction in load combination

PART 112 – Design of Structural Members

PART 113 – Defining the Design Parameters

PART 114 – Defining the Design Commands

PART 115 – Studying the Design Results

PART 117 – Beam Design Results

PART 118 – Column Design Results

PART 119 – Providing the Reinforcement to the Column

PART 120 – DESIGN OF CIRCULAR WATER TANK

PART 121 – DESIGN OF CIRCULAR WATER TANK

PART 122 – DESIGN OF CIRCULAR WATER TANK

PART 123 – Design of G + 3 Storey Building With Foundations

PART 124 – Designing Steel Tower Using IS 800 2007

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