SAP2000 :- Advance Steel Course

Course Curriculum

Chapter 1: 3D STEEL SPACE TRUSS

Lecture 1: Truss point location

Lecture 2: Joining the line of truss

Lecture 3: Final Modelling of 3d space truss

Lecture 4: Assign the Section Property

Lecture 5: PROVIDING THE RESTRAINS

Lecture 6: Define the Load Pattern

Lecture 7: Define the load Combination

Lecture 8: Apply joint Loads

Lecture 9: Run modal analysis

Lecture 10: Final Result

Chapter 2: Pre Engineered Building

Lecture 1: Drawing the Grids

Lecture 2: Modelling of center column

Lecture 3: Modelling of column at end

Lecture 4: Dividing the Lines

Lecture 5: Modelling of 1st part of PEB shed

Lecture 6: Finalizing the top of PEB SHED

Lecture 7: Replication and extruded view

Lecture 8: Replication of another member

Lecture 9: Importing the material properties

Lecture 10: Modelling of ISMC

Lecture 11: Final extrusion of PEB shed

Lecture 12: Making of Gable End

Lecture 13: Modelling of Beam

Lecture 14: Modelling of Gable end Column

Lecture 15: Gable End Completed

Lecture 16: Joining of Gable End

Lecture 17: Gable End Point

Lecture 18: Complete Modelling of Gable end

Lecture 19: Modelling of Bracing

Lecture 20: Defining the Load Pattern

Lecture 21: Modifying the lateral load

Lecture 22: Define the Response Spectrum

Lecture 23: Define the Mass Source

Lecture 24: Define the Load Cases

Lecture 25: Defining the Load Combination in SAP2000

Lecture 26: Understanding the Value of DL,LL and CL

Lecture 27: Applying the Dl ,LL AND CL

Lecture 28: Understanding the behaviour of Wind Load

Lecture 29: Applying Wind load on ROOF

Lecture 30: Modification of Load Combination

Lecture 31: Assign releases to the members

Lecture 32: Restrains for the Support

Lecture 33: Analyze and design

Chapter 3: Bill Board

Lecture 1: Initial setting for Billboard

Lecture 2: Initial Point setup for bill board

Lecture 3: Replication and Draw of the lines

Lecture 4: Divide and draw lines

Lecture 5: Divide lines at joint and connect

Lecture 6: Create Back support of Banner

Lecture 7: Important Concept

Lecture 8: Understanding the banner length

Lecture 9: Banner supporting structure joints

Lecture 10: Joint for full supporting frame

Lecture 11: Modelling part completed

Lecture 12: Define the Material Property

Lecture 13: Import the section table for the very first time

Lecture 14: Import the section Property

Lecture 15: Assign the section property

Lecture 16: Assign the section property to unassigned member

Lecture 17: Extuded view

Lecture 18: .Assign the pinned support to the structure

Lecture 19: When we should provide the releases to the member ?

Lecture 20: Assign quickly releases to the member

Lecture 21: Define the response spectrum

Lecture 22: 25.Define the load pattern

Lecture 23: Modification in load pattern

Lecture 24: Area Section defined

Lecture 25: Quickest way to model area section

Lecture 26: Area section drawn

Lecture 27: Wind load applied on shell

Lecture 28: Live Load Applied

Lecture 29: Wind Load below the shell

Lecture 30: Define Response Spectrum Load Case

Lecture 31: Define Load Combination

Lecture 32: Analyze and design

Lecture 33: How to deal with Failed section

Chapter 4: Complex Steel Structure

Lecture 1: What exactly is Silo Structure is ?

Lecture 2: Initial setting for structure

Lecture 3: Define the material

Lecture 4: Importing Angle Section

Lecture 5: Importing the I section

Lecture 6: Modify the Grids.

Lecture 7: Modelling the column

Lecture 8: 8.Rotating the column

Lecture 9: Shear Connected Frame vs Moment Connected Frame

Lecture 10: Concept of secondary Beam

Lecture 11: Modelling upto tertiary beam

Lecture 12: Bracing Completed

Lecture 13: Laterally Unsuppported beam to Laterally Supported Beam

Lecture 14: Area section defined and Modelled

Lecture 15: Define load pattern

Lecture 16: Apply the load

Lecture 17: Replication

Lecture 18: Upper floor SCF AND MCF

Lecture 19: Modelling the secondary beam

Lecture 20: Modelling of tertiary Beam