STAAD Pro V8i Course Detail

STAAD.Pro V8i course is a basic examination and plan programming that is broadly used to break down and configuration structures for spans, towers, structures, transportation, modern and utility structures. The product has now its most recent variant, STAAD.Pro V8i with as good as ever includes. The STADD.Pro V8i would now be able to investigate and plan any building structure. The product has now its most recent rendition, STAAD.Pro V8i with better than ever includes. STAAD.Pro is auxiliary programming which can be utilized for Analysis of basic individuals from the structure. It’s for the most part utilized for executing the auxiliary components like segments, pillars, dividers, pieces based on loads minutes, shear powers, torsional impacts, bowing minutes, diversion, and so on.
Duration – 60 Hrs
Content –

Introduction to STAAD Pro

History of STAAD Software

  • Technique for Analysis
  • Three stages to arrive at your objective
  • Beginning STAAD Pro
  • Making New File
  • STAAD Pro Screen
  • Opening an Existing File
  • Shutting a document
  • Existing STAAD Pro
  • Sparing and Saving As
  • Workshop
  • Module Review
  • Math
  • Understanding STAAD Pro Way
  • What are Nodes, Beams and Plates?
  • How things are done in the Input document?
  • Math Creation Methods
  • Strategy 1: Using Structure Wizard
  • Things you can do in Structure Wizard
  • Strategy 2: Drafting the Geometry utilizing Snap/Grid
  • Survey
  • Choosing
  • Utilizing Selecting While Viewing 3D Geometry
  • Strategy 3: Using Copy/Cut with Paste
  • Strategy 4: Using Spreadsheet (Excel) Copy and Paste
  • Strategy 5: Using DXF bringing in record work
  • Workshop
  • Module Review
  • Helpful Function to Complete the Geometry
  • Presentation
  • Translational Repeat
  • Roundabout Repeat
  • Mirror
  • Pivot
  • Move
  • Addition Node
  • Include Beam Between Mid-Points
  • Include Beam by Perpendicular Intersection
  • Interface Beams along an Axis
  • Meet Selected Members
  • Cut Section
  • Renumber
  • Erase
  • Fix/Redo
  • Zooming/Panning
  • Dimensioning
  • Highlighting Nodes, Beams, and Plates
  • Worldwide and Local Coordinate System
  • Workshop
  • Module Review
  • Properties
  • Presentation
  • Property Types
  • Type 1: Prismatic
  • Survey Cross-Section
  • Type 2: Built-In Steel Table
  • Type 3: Thickness
  • General Notes about Property Assigning
  • Workshop
  • Module Review
  • Constants, Supports, and Specifications
  • Presentation
  • Material Constants
  • Math Constant
  • Supports
  • The most effective method to Assign Supports
  • Altering Supports
  • Particulars
  • Workshop
  • Module Review
  • Stacking
  • Presentation
  • The most effective method to Create Primary Load
  • Singular Loads: Introduction
  • Singular Loads: Selfweight
  • Singular Loads: Members Loads
  • Singular Loads: Area Load
  • Singular Loads: Floor Load
  • Singular Loads: Plate Loads
  • Singular Loads: Node Load
  • Singular Loads: Viewing and Editing
  • Step by step instructions to Create Manual Combinations
  • Step by step instructions to Create Automatic Combinations
  • Workshop
  • Module Review
  • Investigation
  • Presentation
  • Perform Analysis Command
  • P-Delta Analysis Command
  • Non-Linear Analysis Command
  • The Execution Command
  • Workshop
  • Module Review
  • Post Processing
  • Presentation
  • Initial Step
  • Hub Displacement
  • Hub Reactions
  • Shaft Forces
  • Shaft Stresses
  • Shaft Graphs
  • Plate Contour
  • Plate Results Along Line
  • Activity
  • Reports
  • Different Ways: Double-Clicking a Beam
  • Different Ways: Double-Clicking a Plate
  • Workshop
  • Module Review
  • Solid Design
  • Presentation

Methods of Concrete Design

Stage 1: Job Info
Stage 2: Creating Envelopes
Stage 3: Creating Members
Stage 4: Creating Briefs
Stage 5: Creating Groups
Stage 6: Design Modes
Stage 7: Reading Results: Beam Main Layout
Stage 8: Reading Results: Beam Main Rft
Stage 9: Reading Results: Beam Shear Layout
Stage 10: Reading Results: Beam Shear Rft
Stage 11: Reading Results: Beam Drawing
Stage 12: Reading Results: Column Main Layout
Stage 13: Reading Results: Column Shear Layout
Stage 14: Reading Results: Column Results
Stage 15: Reading Results: Column Drawing
Stage 16: Reading Results: Generating Design Reports
Steel Design
Stage 1: Load Envelope Setup
Stage 2: Member Setup
Stage 3: Change the Restraints
Stage 4: Creating Briefs
Stage 5: Creating Design Groups
Steel Design Commands in STAAD Pro
Workshop and Module Review

Currently we are providing online classes which includes live class, video tutorial and study material. For start this course please contact with us.

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