STAAD Course Syllabus

23-04-2024

About The Course:

STAAD is a leading software used by civil and structural engineers for analyzing and designing structures like buildings, bridges, towers, and more. Developed by Bentley Systems, STAAD is renowned for its versatility, allowing engineers to perform a wide range of structural analyses, including static, dynamic, and buckling analyses, with ease and precision. Mastering STAAD is essential for professionals aiming to excel in structural engineering and related fields.

Course Certification:

Elevate your career in structural engineering and design by earning a STAAD Certification, a prestigious recognition of your proficiency in utilizing the STAAD.Pro software for comprehensive structural analysis and design. This certification is designed for professionals who have successfully completed an in-depth STAAD course, demonstrating their mastery of the software's features and capabilities. Open doors to new career opportunities and roles that require proficiency in structural engineering and design, backed by a recognized certification in STAAD.

Chapter 1:

Introduction to structural engineering:

Structure - types of structures - basic definitions - Idealization of structures - Features - hardware requirements - STAAD. Pro screen organization - GUI overview - Unit systems - Structure geometry and Coordinate systems (Global and Local) - Introduction to STAAD Editor.

Chapter 2:

Model Generation - Concept of Pre-Processor - Analysis Engine - Post Processor; Creating a new file - creating nodes - adding beam - plate - solid - enhanced grid tool (linear - radial - irregular) - Geometry beam page.

Chapter 3:

Select Menu and Model Editing Tool: All options explained - Translational Repeat - Circular - Repeat - Mirror - Rotate

Chapter 4:

Geometry Operations - Insert Node in existing member - adding beams - selecting members Renumbering - how to create Beam /Column & Curved Beams - Add Mid points - Add

Perpendicular intersection beam - Cut Section - Stretch /Split BEAMS - Different Viewing Controls for Structure Geometry - Running structural wizard, Modeling of Trusses - Modeling of a Transmission Tower - Modeling of Water Tank

Chapter 5:

Support Specification: Pinned - fixed - enforced - foundation - Support Page - Create - edit - delete - assignment method - Assigning Property - Material - circle - rectangle

Chapter 6:

Material Specifications - Material Table - Modulus of elasticity - weight density ratio - Poisson’s ratio - co-efficient of thermal expansion - damping ratio; Member Offset - Load cases - Primary Load menu - Load commands - Self-weight - Nodal load - Member load - concentrated force or moment - linear varying - trapezoidal - hydrostatic - Perform analysis - run analysis

Chapter 7:

Loading - Area load - floor load - wind load - load combinations - seismic definitions Analysis of a structure - Perform analysis - run analysis - pre-analysis print - post-analysis print - Concrete Design - Beam design - column design - design parameters selecting and defining - parameters - assigning - end concrete design.

Chapter 8:

Beam Design - Slab Design: One way slab

Chapter 9:

Introduction to FEM - Modelling in STAAD.Pro - Geometry- adding plate - create infill plates - generate surface - meshing - generate plate mesh - plate thickness

Loading - Pressure on full plate - concentrated load - partial pressure on plate load - Slab Design - Two-way slab

Chapter 10:

Staircase design: Common terminologies - modeling and design procedure

Chapter 11:

Shear Wall Modeling and Design: Adding surface - Commands - Surface thickness - surface load, design parameters

Chapter 12:

Introduction to STAAD. Beava - Design: Bridge deck

STAAD Course Syllabus

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