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StaadPro V8i Structural Analysis & Design of a RCC Building

سرفصل های دوره

Structural Analysis and design of a RCC building from Scratch in Staad Pro Software (Beginner to Advanced)


1. Introduction
  • 1. Introduction

  • 2. What is Structural Analysis and Design
  • 1. Structural Analaysis and Design

  • 3. Staad.Pro Introduction
  • 1. Staad.Pro Introduction
  • 2.1 interface.zip
  • 2. Staad.Pro Interface
  • 3. Principles of Staad.Pro
  • 4.1 staad editor.zip
  • 4. Staad Editor Introduction

  • 4. Modelling Options in Staad.Pro
  • 1. Using Snap Node or Beam
  • 2. Creating Node & Beam
  • 3. Using Structure Wizard
  • 4.1 staad editor.zip
  • 4. Using Staad Editor
  • 5. Import from Autocad

  • 5. Various Tool Options in Staad.Pro
  • 1. Introduction to Tools & Basic Modelling
  • 2.1 plate and plate mesh.zip
  • 2. Introduction to Plate and Plate Meshing
  • 3.1 circular repeat and circular grid.zip
  • 3. Circular Repeat and Circular Grid
  • 4.1 various view options.zip
  • 4. Various View Options in Staad.Pro

  • 6. Input Specifications in Staad.Pro
  • 1.1 member & material properties.zip
  • 1. Member & Material Properties
  • 2. What is Support & Types of Support
  • 3.1 support conditions.zip
  • 3. Support Conditions in Staad.Pro
  • 4.1 loadings and their assignments.zip
  • 4. Loadings & their Assignments
  • 5.1 floor group & plate loading.zip
  • 5. Floor, Group & Plate Loading

  • 7. Staad.Pro Global Axis & Local Axis
  • 1.1 global and local axis.zip
  • 1. Global & Local axis in Staad.Pro

  • 8. Pre Analysis & Post Analysis in Staad.Pro
  • 1.1 pre print & post print analysis.zip
  • 1. Load Combinations, Pre & Post Print Analysis
  • 2.1 analysis & post processing mode.zip
  • 2. Analysis & Post Processing mode

  • 9. Technical Terms used in Structural Analysis and Design
  • 1. Force of Resistance
  • 2. What is Tension
  • 3. What is Compression
  • 4. What is Reinforced Cement Concrete
  • 5. What is Equilibrium
  • 6. What is Support & Types of Support
  • 7. What is Bending Moment
  • 8. What is Shear Force
  • 9. How BM & SF developed in Structural Members
  • 10. What is Torsion
  • 11. What is Deflection

  • 10. Introduction to Structural Members
  • 1. Footing
  • 2. Column
  • 3. Beams
  • 4. Slabs
  • 5. Staircase

  • 11. How to Choose Preliminary size of a Structural Member
  • 1. Slab
  • 2. Beam
  • 3. Column
  • 4. Standard size of Column
  • 5. Footing

  • 12. How to convert Architectural Drawing to Structural Drawing
  • 1. How to read Architectural Drawings
  • 2. How to locate the Columns
  • 3. How to make the Framing Plan
  • 4. Dimensions of the Structural Member

  • 13. Modeling the Structure in Staad.Pro
  • 1.1 modelling.zip
  • 1. Modeling in Staad.Pro
  • 2. Check the model

  • 14. Stress Strain curve for Concrete and Steel
  • 1. Reinforced Cement Concrete
  • 2. What is Stress
  • 3. What is Strain
  • 4. Stress Strain Curve for Concrete
  • 5. Stress Strain Curve for Steel

  • 15. Define and Assigning Member Properties
  • 1.1 g+2 (member properties.zip
  • 1. Define and Assigning member properties
  • 2. Stiffness Modifiers
  • 3. Assigning Stiffness Modifiers
  • 4. Assigning Support Conditions

  • 16. List of IS Codes and Standards
  • 1. List of IS codes and Standards

  • 17. Over view of Seismic loads
  • 1. What is an Earthquake
  • 2. Earthquake Design Philosophy
  • 3. List of IS codes used in Earthquake Design
  • 4. Earthquake Load on Buildings
  • 5. Static and Dynamic Analysis
  • 6. Response of RCC Structure during Earthquake

  • 18. Seismic Load Definitions
  • 1.1 g+2 (seismic loads).zip
  • 1. Seismic Load Definitions

  • 19. Define Seismic Load cases
  • 1.1 g+2 (seismic load cases).zip
  • 1. Define Seismic load cases
  • 2. Define Response Spectrum Cases
  • 3. Define Mass Source
  • 4. Define Floor Diaphragm

  • 20. Define and Assign the Gravity Loads
  • 1. Load Transfer Mechanism
  • 2. Calculation of Dead load
  • 3. Calculation of Staircase loads
  • 4. Calculation of Live loads
  • 5.1 g+2 (gravity load).zip
  • 5. Assigning Dead and Live load

  • 21. Over view of wind load
  • 1. What is Wind Load
  • 2. Concept of Wind Load
  • 3. Lateral Sway
  • 4. Wind Load Calculation

  • 22. Wind Load Definitions
  • 1. Wind Load Definitions as per IS-875-Part-3

  • 23. Define Wind Load cases
  • 1.1 g+2 (wind load).zip
  • 1. Define Wind load cases

  • 24. Load Combinations
  • 1. Limit State of Collapse and Limit State of Serviceability
  • 2. Load Combinations as per IS-1893 and IS-456
  • 3.1 g+2 (load combinations).zip
  • 3. 3.Load Combinations in Staad.Pro

  • 25. Structural Analysis
  • 1.1 g+2 (analysis).zip
  • 1. Structural Analysis

  • 26. Structural Design
  • 1.1 g+2 (design parameters).zip
  • 1. Define and Assign Design Parameters
  • 2. Interpret Results

  • 27. 27.Design and Detailing of Isolated Footing
  • 1. Design and Detailing of Isolated Footing
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    تاریخ انتشار: ۴ تیر ۱۴۰۲
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