The training on Stadd Pro aims to provide a calculation and analysis based education on completely designing and analysis of civil structures on a turnkey aspect, which enable students to completely have knowledge of Stadd Pro . STAAD Pro features state of the art user interface, visualization tools, powerful analysis and design engines with advanced finite element (FEM) and dynamic analysis capabilities. From model generation, analysis and design to visualization and result verification STAAD Pro is the professional first choice. This training Technoledge enables the student to have a complete practical designing experience on the software. Furthermore, students enhance social and methodical skills by understanding the complete software and its real time application.
Modeling issues, Idealization.
Steps involved in structural analysis and design of concrete and steel.
Powerful analysis and design engines with advanced finite element (FEM) and dynamic analysis.
Fast and better techniques for building and checking complex models.
Load combination and analysis results.
Preprocessing, analysis and post processing.
Reinforced Concrete and Steel Design.
BENEFITS OF WORKSHOP
Authorized Certification to all participants
Chance to represent college in National Level Competition
Learn areas of robotics directly from industry experts.
Receive an unparalleled education on the art of robotics with personal one-
Kits and study materials designed by Professionals
Practical Demonstrations of analysis techniques & tools.
Assistance in projects from Technoledge team
Introduction to STAAD Pro
Introduction to Structural Analysis
Role of Structural Analysis in Civil Engineering
Types of Structures
Model Generation by Using
Snap/Node Beam Tool
Structure Analysis Methods
STAAD Output file
SFD, BMD, Deflections
Beam and Column Design as per IS 456 /13920
Steel Design as per IS 800 /801
One way and Two way slab load generators
3D Structure Analysis and Design Using STAAD PRO
Super Structure Design – Covers both Steel and Concrete Members.
Assigning Code to Structure.
Assigning Various Parameters to Structure.
Slenderness and Unsupported Length Commands.
Assigning Commands to Structure.
Performing Analysis after Design.
Working with Editor Input file of Staad.
Familiarity with Various Commands used in Staad Input File.
Using Post Processing Command in the Structure.
Analyzing various Analysis Results at various members and
Viewing Staad Output File – Design File of Structure.
Shear Wall modelling
Flat Slab Modelling
Modelling using FEM
Foundation Design using Spreadsheets
Aerodynamics of bridge
G+7 Commercial Building
G+5 Residential Building
Placing columns, beams, defining loads, supports, performing analysis and generating report.
Introduction to IS Codes: IS 456, IS 1893 IS 875, IS 800
Nodes, Beams, and Plates
Geometry Creation Methods
Using Structure Wizard
Things you can do in Structure Wizard
Drafting the Geometry using a Snap / Grid
Using Selecting While viewing 3D Geometry
Joint Coordinate Specification
Member Incidence Specification
Member Property Specifications
Prismatic Property Specifications
Tapered Member Specifications
Specifying Properties from Steel Table
Member Orientation Specifications
Inactive / Delete Specifications
Listing of Members / Joints by Specifications of Groups
Member Release Specifications
Member Truss Specifications
Member Tension / Member Compression Specifications
Global Support Specifications
Fixed / Pinned / Fixed but Release / Spring Supports
Curved Member Specifications
Member Cable Specifications
Other useful function to complete the geometry
Add Beams between midpoints
Add beams by perpendicular intersection
Connect beams along an Axis
Cut Section & Dimensioning
Member Load Specifications
Area Load / Floor Load Specifications
Load Combination Specifications
Steel Design As per IS 800
Code Checking Specifications
Member Selection Specifications
Tabulated Results Of Steel Design
R. C. Design
Concrete Design As per IS 456
Design of Beams
Design for Flexure
Design for Shear
Design of Columns
Pre Analysis Print Commands
Post Analysis Print Commands
Load List Specifications
Mass modeling, Extraction of Frequency and Mode shapes.
Response Spectrum, Time History Analysis.
Modal Damping Ratio for Individual Models.
Harmonic Load Generator.
Combination of Dynamic forces with Static loading for subsequent design
Introduction to Seismic analysis
Implementation of various load combinations of Earthquake analysis using IS 1893
Analysis and Design of building considering Earthquake loading
Plate Results Along line
Wind Load Analysis
Different Overhead Design
Staircase Design and Analysis
Design of Slabs
Tutorials User Manual
1x Text Book
REQUIREMENTS FROM THE COLLEGE
o College students seeking future in 3D Structure Analysis and Designing Applying for higher studies
o Education Faculty & Staff in 3D Structure Analysis and Designing
o Engineering students of any semester and civil branch
o Diploma Students from civil branch can attend the training.
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