Advanced Steel Structure Analysis & Design Course Outline

Total Class: 13 ~15Nos (depending on course situation)

Class Duration: 1.5 hrs.~2.0 hrs.

Class Start Time: 9.30 pm. (Weekly 2 Days)

Class-01: Introduction

• Overall Course Outline Discussion
• Software introduction for connection design & brief of model preparation.

Class-02: Building Framing System (OMF, IMF & SMF, DUAL System, OCBF, OSCB, EBF, etc.)

• Soil Category calculation from Soil Test Report
• Seismic Design Category
• Framing System criteria
• Compact Section, Non-compact section
• Bracing criteria for OCBF, OSCB, EBF, etc.
• Local Buckling, Lateral Torsional Buckling

Class-03: Building Irregularities

• Vertical Irregularities
• Plan Irregularities
• Irregularity effects on structures & how to solve

Class-04: Direct Analysis & P-delta effect

• How to Assign Notional Load
• K value in direct Analysis
• Advantages & Disadvantages of direct analysis
• What is p-delta effect
• Why it is done?
• Advantages & Disadvantages of p-delta analysis
• Staad model using p-delta effects & direct analysis

Class-05, 06 & 07: Earthquake Engineering

• Elements of Engineering Seismology
• Philosophy and principal of Earthquake Resistant Design of steel Structures
• Theory of Structural Dynamics

Class-08: Response Spectrum analysis

• What is Response Spectrum analysis
• Why it is done?
• Advantages & Disadvantages of Response Spectrum analysis
• Staad model using Response Spectrum analysis
• Base shear effects using Response Spectrum analysis

Class-09: Crane Load Calculation & Application through staad model

• Crane load manual calculation & design procedure by staad model

Class-10: Design of Mezzanine building as per IMF & SMF Criteria

• As per IMF criteria how to choose a section
• Value of R & Cd in IMF
• How to design bracing as per OCBF, OSCB, EBF, etc.
• Sub beam design criteria
• The inclined bracing calculation for sub-beam
• As per SMF criteria how to choose a section
• Value of R & Cd in SMF
• Drift calculation & check for all framing system

Class-11: Detailing & Connection design of Mezz. Building as per Seismic criteria

• Connection design using Ram Connection for SMF & IMF
• Special Bracing Connection
• Additional Stiffener position

Class-12: Design criteria for lock seam roof & Materials required on lock seam roof

• What is lock Seam Roof?
• Lock seam roof advantages & disadvantages
• Bracing criteria for lock seam roof
• Effects on Dead load & Purlin Design
• Rubber filler calculations
• Foam filler calculations,
• Anti-wind clip calculations,
• Aluminum Strap calculations
• Standing Seam Clip estimation

Class-13: Examination & Valuation

• Examination of whole lecture & who will obtain 1^st position will get a surprise gift/offer.