Master Steel Building Design Course Outline

Class-1: BASIC CONCEPTS ON STEEL STRUCTURE & DEFINITIONS
 Staad pro, Ram Connection & CFS software installation procedure, software link.
 Preliminary concept about building codes (BNBC, AISC, AISI, MBMA, ASCE etc.).
 Basic of Structural Design.
 Basic of Steel structure.
 Steel building components.
 PIF (Project information Form)
 Design Report

Class-2: General Requirements of Structural Design & Dead load & Live load as per BNBC-2020
 Design of a Single story shed using Staadpro-01
 Basic layout of Staad Pro and its Application.
 Orientation of steel column.
 Modeling the 3D Frame.
 Orientation to Staad Editor.
 Tapered section is used in steel structure, why?
 Use of various kinds of support system.
 Assigning the different kind of supports.
 Hairpin effects on Staad model.
 Assigning the steel section sizes with respect to the design requirements.
 Creating the different kinds of load cases for Gravity and Lateral (Wind, Seismic).

Class-3: STAAD MODEL PREPARATION – 02
  Tension member assign, Truss member assign
 Moment Release of beams
 Post Column Design
 Bracing & Sturt member applications
 Design parameters (CB, FYLD, Lx, Ly, Lz, MAIN, STIFF, TMAIN, UNB, UNT etc.) prior to
run the analysis.

Class-4: DEAD LOAD & LIVE LOAD AS PER BNBC 2020
 General Requirements of Structural Design & Dead load & Live load as per BNBC-2020
 Dead Load calculation.
 Live Load, Reduction of Live loads.
 Dead Load & Live Load Applications in Staad Pro

Class-5: WIND LOAD CALCULATIONS AS PER BNBC-2020 – 01
 Occupancy Category.
 Exposure conditions, Surface Roughness.
 Wind Load Calculations as per BNBC-2020 – 01
 Wind Load Calculations (Partially Enclosed, Fully Enclosed buildings) for mono slope
roof, pitched roof, Flat roof,
 Wind Load Calculations for low rise & all heights buildings
 Wind Load Calculations for Open bldg. for mono slope roof, pitched roof, Flat roof.
 Wind Load Calculations for Arched Roof.

Class-6: WIND LOAD CALCULATIONS AS PER BNBC-2020 – 02

 External pressure Co-efficient (Cp) Calculation for Pitched roof, Mono slope Roof, Flat
Roof, Arched Roof for all enclosure conditions.
 Components & cladding External pressure Co-efficient (Cp) Calculation

Class-7: WIND LOAD CALCULATIONS AS PER BNBC-2020 – 03

 Wind Load Applications in Staad Pro
 Load combination for wind load discussion

Class-8: SEISMIC LOAD CALCULATIONS & LOAD COMBINATIONS – 01

„ Soil Classifications as per SPT

„ Seismic Design Category

„ Framing System

„ Seismic Parameter

„ Local Buckling

„ Lateral Torsional Buckling.

Class-9: SEISMIC LOAD CALCULATIONS & LOAD COMBINATIONS – 02

„ Base Shear

„ Vertical effects of Seismic load

„ Horizontal & Vertical Effects of Seismic load at Load Combination

„ Building Irregularity & Impact on structure

„ System Over strength factor effect.

Class-10: SEISMIC LOAD CALCULATIONS & LOAD COMBINATIONS – 03

„ Method of Analysis

„ P-Delta Analysis

„ Direct Analysis

„ Notional Load

„ Load Combination Impact.

Class-11: STAAD ERROR SOLUTION & SERVICEABILITY CALCULATIONS

„ Warning & Error Solution

„ Serviceability Limit

„ Drift Limit

„ Sway Limit

Class-12: MANUAL CALCULATION CHECK WITH SOFTWARE

„ Manual calculation of Tension members & check with Staad

„ Manual calculation of Compression members & check with Staad

„ Manual calculation of Shear Capacity & check with Staad

„ Flexure member capacity calculation & check with Staad

„ Base Shear check with Staad

„ Utilization Ratio Manual calculations & check with Staad

Class-13: CRANE LOAD MANUAL CALC. & STAAD MODEL APPLICATION

„ Crane load calculation

„ Drift calculation for crane load.

Class-14: STAAD MODEL PREPARATION – 03 & PURLIN DESIGN

„ Modelling of Multi Storied building with Stair.

„ Geometry assign.

„ Design Parameter Assign.

„ Load Assign.

„ Design of roof purlin and side girt using excel & CFS software discussion

Class-15: STAAD MODEL FORCE OUTPUT & DESIGN OF BASE PLATE & ANCHOR BOLT BY RAM CONNECTION

„ Base Reaction & Axial forces

„ Moment output.

„ Anchor Bolt & Baseplate Design Using Ram Connection for fixed base and pinned base (With some manual calculations).

„ Shear lug design calculations by manual & software.

Class-16: DESIGN OF MOMENT CONNECTIONS BY RAM CONNECTION

„ Design of moment connection by RAM connection (Main beam to column, Rafter to column, Rafter to Rafter, Column to column etc.).

„ Splice connections, Sturt member connections, Bracing connections

„ Joist Connection, Post column connections

Class-17: ASSIGNMENT SOLVE CLASS

„ Assignment solving  session

„ Dedicated Questions & Answer Session.

(This Class is applicable only for students who will submit Assignment only)