Course Duration in Hours
180
Course Category
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Course Details
Design utility structures, low and high rise buildings, industrial complexes, plants, towers, mats, bridges, culverts and much more
Used for Steel, Concrete, Aluminum & Timber Design
The design supports over 70 international codes and over 20 U.S. codes in 7 languages
Includes static, dynamic, P-delta, non-linear and cable analysis along
International Codes & Steel Shapes perfect for international projects and companies
Interoperability (Open Architecture for customization) Links to modeling and detailing packages like Prosteel 3D, Frameworks/PDS, Micro-station, MathCAD and Excel
Largest customer base (19,000 clients worldwide in over 100 countries)
Professions
Structural engineers
Consulting engineers
Engineering consultants
Firms
Structural engineering
Structural consultant
Multi-discipline E/A and A/E
Firms of all sizes
Small and medium enterprises (SME)
Large, global, multi-national
Career Opportunities with STAADpro
Structural engineers/ Structural engineering
Consulting engineers/engineering consultants
Structural consultant
Departmental staff in a construction company, owner/operators and government agencies
Offshore platform designer
General Theory
Structural Analysis: Classical Methods vs. Numerical Method
STAAD.Pro Static and Dynamic Analysis Capabilities
Structural Idealization: Elements (Linear, Surface & Solid) with DOF
Structural Idealization: Types (Truss, Plane, Floor & Space) with DOF & Behavior
Structural Idealization: Support Types (Fully /Partially Restrained, with or without spring, inclined etc.)
Structural Idealization: Loading Types (Applicable Static & Dynamic types)
Workflow of Structural Analysis and STAAD.Pro
Graphical User Interface
Graphical Environment Layout
Pre-processor through adding beams, plates, solids, copying / mirroring, rotating, panning / zooming, using spreadsheets, page control
Multiple windows to your advantage and View Management
Creating & assigning properties, prismatic properties, material constants, supports and loads
Performing general elastic analysis
Viewing Input with Editor & Output files with Viewer
Graphical Post-processor for verifying and validating analysis results
Using the Graphical Post-processor for Customizing Reports, Plotting Result Diagrams, Creating Stress Contours etc.
Hands-on with Tutorial
Using third party Word Processor, Spreadsheet and CAD application
Technical Understanding
Beta angles, Local vs. Global Axis, M em b er & E le m e n t releases, Member offsets, Tension/Compression-only Members
General Theory of FEM
Structural Idealization: Elements (Linear, Surface & Solid) with DOF
Floor and Wind Loading Generation
Implication of Master/Slave Option
Design in STAAD.PRO
Steel Design in Batch Mode (using IS: 800 Design Methodology)
Controlling Deflection Criteria
Repeat load, Load List & TRACK Commands
Physical Member Concept
Introduction to Interactive Steel Designer (using IS: 800 Design Methodology)
Hands-On with Tutorial
