SAP2000 -- Advance Steel Course

SAP2000 :- Advance Steel Course, available at $44.99, has an average rating of 3.7, with 115 lectures, based on 36 reviews, and has 225 subscribers.

You will learn about Complete SAP2000 Advance Knowledge Pre Engineered Building Heavy Steel Structure Billboard Advance Modelling of Steel Structure Basic to Advance Concept How to deal with failed Members Opimization of Members Understand the difference between MCF AND SMF This course is ideal for individuals who are Structural Eangineer or Civil Engineer It is particularly useful for Structural Eangineer or Civil Engineer.

Enroll now: SAP2000 :- Advance Steel Course

Summary

Title: SAP2000 :- Advance Steel Course

Price: $44.99

Average Rating: 3.7

Number of Lectures: 115

Number of Published Lectures: 113

Number of Curriculum Items: 115

Number of Published Curriculum Objects: 113

Original Price: ?7,900

Quality Status: approved

Status: Live

What You Will Learn

Complete SAP2000 Advance Knowledge

Pre Engineered Building

Heavy Steel Structure

Billboard

Advance Modelling of Steel Structure

Basic to Advance Concept

How to deal with failed Members

Opimization of Members

Understand the difference between MCF AND SMF

Who Should Attend

Structural Eangineer

Civil Engineer

Target Audiences

Structural Eangineer

Civil Engineer

This Course “SAP2000 Professional Course : From Scratch”will teach you all the important things that a Civil /Structural engineer must know in order to do the Structural Analysis and Design of Steel Structuresfrom Scratch in sap 2000.

This Course will give you in depth knowledge of the SAP2000 so that you can design your own Structure in SAP 2000 v20

YOU can easily model ,analyze and design your :-

1.  3D Steel space Truss

2.  Pre Engineered Buildingsand analyze in csi SAP2000.

3. Bill Board

4.Heavy Steel Structure that stores cement ,Rebars and other construction material.

This course will fill the gap between the fresher and the real life experience.

So, if you want to remove the tag of Fresher enroll in this Course and Explore the World of csi SAP 2000.

What to expect from this course :-

After completion of this course, you can easily model your ?Complex Structure, Modell , Analyze and Design in SAP2000 v20.

Although I am using csi sap2000 v20 you can use any version of csi sap2000.

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

Instructors

Civil Engineers Destination
Architect by Heart, Civil Engineer by Profession.

Rating Distribution

1 stars: 3 votes

2 stars: 1 votes

3 stars: 7 votes

4 stars: 11 votes

5 stars: 14 votes

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