RCC STRUCTURES :

RCC STRUCTURES COURSE :

SYLLABUS :

DESIGN EXAMPLE OF A BUILDING USING A SOFTWARE STAAD PRO V8I :

• How to study the building Drawing
• How to study the Building Dimension
• Study on the General Layout
• Beam layout
• Column Position
• D.C
• C.C
• Wind Load
• Snow Load
• Load combination
• 1893 Seismic Code
• Column
• Beam size
• T Concrete
• T Steel
• Self w.t of member
• Gravity
• Slab load calculation
• Model making
• Properties

RCC STRUCTURAL DESIGN - 1 :

• Overview of Structural Analysis and Design
• Calculating Shear Force and Bending Moment values for various supports and load types
• Introduction
• STAAD .PRO V8i
• STAAD Editor

RCC STRUCTURAL DESIGN - 2 :

• Co-ordinate Systems
• Global Vs Local
• Creating a New Project in STAAD.Pro
• RCC STRUCTURAL DESIGNS
• Model Generation
• Creating Nodes & Members
• Select Menu

RCC STRUCTURAL DESIGN - 3 :

• Model Editing Tools
• Translational Repeat
• Circular Repeat
• Move
• Mirror
• Rotate
• Select Menu

INSERT MODE :

• For a Single Member
• For a Multiple Members

ADD BEAM :

• Point to Point
• Between Midpoints
• Perpendicular Intersection
• Curved Member

RCC STRUCTURAL DESIGN - 4 :

• Model Editing Tools
• Connect Beams Along
• Stretch Selected Members
• Intersect Selected Members
• Merge Selected Members
• Renumber
• Split Beam
• Break Beams at Selected Nodes
• Creating Models By using Structure Wizard
• Mini Project

RCC STRUCTURAL DESIGN - 5 :

• Support Specification
• Member Property Specification
• Member Offset
• Material Specification
• Loading
• Creating a Primary Load
• Adding Selfweight
• Member Offset

RCC STRUCTURAL DESIGN - 6 :

• Loading
• Nodal Load
• Member Load
• Uniform Force and Moment
• Concentrated Force and Moment
• Liner Varying Load
• Trapezoidal Load
• Hydrostatic Load
• Pre/Post Stress
• Area Load
• Floor Load
• Mini Project2

RCC STRUCTURAL DESIGN - 7 :

• Loading
• Wind Load
• Creating Load Combination
• Automatic Load Combination
• Edit Auto Load Rules
• Moving Load
• Reference Load
• Repeat Load
• Mini Project 3

RCC STRUCTURAL DESIGN - 8 :

• Introduction to Analysis
• Perform Analysis
• Overview of Output Page
• Pre-analysis Print
• Post-analysis Print
• Inactive or Delete Specification
• General Guidelines For Design
• Concrete Design in STAAD.Pro
• Column Design
• Beam Design

RCC STRUCTURAL DESIGN - 9 :

• RC Designer
• Beam Design
• Column Design
• Project 1

RCC STRUCTURAL DESIGN - 10 :

• Seismology
• Introduction
• Terminologies
• Standards for Earthquake Design
• General Principals for Earthquake Design
• Finding the Lateral Force by using STAAD.Pro
• Dynamic Analysis
• Response Spectrum Analysis
• Mini Project 4

RCC STRUCTURAL DESIGN - 11 :

• Cylindrical and Cylindrical Reverse Co-Ordinate Systems
• Introduction
• FEM Modelling in STAAD.Pro
• Snap Plate
• Add Plate
• Create Infill Plates
• Generate Plate Mesh
• Parametric Modelling

RCC STRUCTURAL DESIGN - 12 :

• Member Truss
• Creating FEM models by using Structure Wizard
• Adding Plate Thickness
• Plate Load
• Pressure on Full Plate
• Concentrated Load
• Partial Plate Pressure Load
• Trapezoidal Load
• Hydrostatic Load
• Element Joint Load

RCC STRUCTURAL DESIGN - 13 :

• Water Tank Design
• Slab Design
• One-way Slab
• Two-Way Slab
• Mini Project 5

RCC STRUCTURAL DESIGN - 14 :

• Staircase Design
• Shear wall Modelling and Design
• Solid Modelling and Analysis
• Mini Project 6

RCC STRUCTURAL DESIGN - 15 :

• Cable Member Specification
• Tension/ Compression Specification
• Table Member Property
• Steel Design in STAAD.Pro

RCC STRUCTURAL DESIGN - 16 :

• Interactive Steel Design
• Design of Overhead Transmission Line Towers
• Pushover Analysis
• Project 2

RCC STRUCTURAL DESIGN - 17 :

• Foundation Design
• Isolated Footing
• Combined / Strip footing
• Tool Kit
• Isolated Footing
• Combined footing

RCC STRUCTURAL DESIGN - 18 :

• Foundation Design
• Mat Foundation
• Pile Cap Design
• Mini Project 7

RCC STRUCTURAL DESIGN - 19 :

• Importing CAD Models
• Report Setup
• Plotting From STAAD.Pro
• Final Project