Staad Pro

certificate-course-in-revit-structure-1 (2)

Introduction to structural engineering: Structure, types of structures, basic definitions, Idealization of structures

About STAAD.Pro: Features, hardware requirements, STAAD.Pro screen organization, GUI overview, Unit systems, Structure geometry and Coordinate systems (Global and Local)

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.

Task: Model generation using grid tool

Select Menu: All options explained

Model Editing Tools: Translational Repeat, Circular Repeat, Mirror, Rotate

Task: Model generation using translational repeat

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.

Task: Practice of commands

Modelling of Trusses

Modelling of a Transmission Tower

Modelling of Water Tank

Support Specification: Pinned, fixed, enforced, foundation
Support Page: Create, edit, delete, assignment method
Assigning Property: Material, circle, rectangle
Task: Assign supports and member property to a framed stucture

Material Specifications: Material Table, Modulus of elasticity, weight density ratio, poisson’s ratio, co-efficient of thermal expansion, damping ratio; Member Offset
Loading: Load cases, Primary Load menu, Load commands, Self weight, Nodal load, Member load- concentrated force or moment, linear varying, trapezoidal, hydrostatic
Analysis: Perform analysis, run analysis
Task: Analysis of beams with different end conditions and various types of loading

Loading: Area load, floor load, wind load, load combinations, seismic definitions
Task: Complete load definitions for a building design (including seismic and load combinations)

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
Task: Analysing the output file after designing a framed structure

Beam Design
Slab Design: One way slab
Tasks: Modelling, analysis and design of framed structures with given specifications

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
Task: Design a two way slab with given specifications

Staircase design: Common terminologies, modelling and design procedure
Task: Design a staircase for given specifications

Shear Wall Modelling and Design: Adding surface, Commands; Surface thickness, surface load, design parameters
Task: Creating a structural model of a shear wall

Introduction to STAAD.Beava
Design: Bridge deck
Task: Practice bridge deck modelling, analysis and design.

Course Content

Time: 10 weeks

Curriculum is empty


Open chat

Welcome to Future Gen Technologies

How can we help you?