Sap2000 (Steel structure)

Name: Sap2000 (Steel structure)
Rating: 4.0 (75 reviews)

Steel Warehouse Design using Sap2000

Created byCreative Engineering Center

Last updated 10/2020

English

What you'll learn

Warehouse Design
Columns, rafters, wind columns, bracing, purlins, side rails and Eaves beam Design
Wind loads in eurocode
Truss Design(Bottom chords,Top Chords,Diagonals and posts)
Crane Beam Calculation
Runway Beam,Canteliver Design

Course content

7 sections • 52 lectures • 4h 24m total length

Grids5:38
Materials Definition2:20
Define materials in Sap2000, add and modify a new material, select steel grade S355, and review properties such as weight per unit volume, modulus of elasticity, and Poisson ratio.
Frame sections Definition6:56
Columns3:41
Rafters1:10
Display Options6:05
Explore Sap2000 display options, apply settings across all windows, toggle joint labels and local axes, and manage frames, cables, sections, and colors by objects or materials.
Selection6:50
Side rails4:05
Learn to model side rails in Sap2000 by extruding a section, rotating it 90 degrees, and using replicate to create multiple rails for a 3D frame.
Wind columns2:56
Side rails3:46
Learn to draw side rails in sap2000 by selecting the doorframe line, applying zero offset, rotating to axes, extruding, and using replicate and display options to finalize the frame.
Eaves Beam1:33
Purlins10:09
Bracing2:31
Supports0:55
Release and Mesh1:38
loads definition1:54

Wind load (eurocode)12:11
Explore eurocode wind load calculations for steel structures in SAP2000, deriving basic wind velocity, terrain and roughness factors, turbulence, and external pressure coefficients for accurate design.
Wind Example6:32
Wind load application3:02
Apply wind load to buildings by defining wind load patterns, velocity 35, terrain category 2, and exposure height, then assign area loads with pressure coefficients to diaphragms or area objects.
Assign loads26:37
Learn to assign frame loads in SAP2000 for a steel structure by defining load patterns and distributing w x, w y, and gravity, with spacing calculations and deformation checks.

Side rails8:38
Purlins4:54
Design steel purlins in sap2000 by setting up sections, applying loads, and checking deflection, buckling, and strength for a complete steel frame design.
Wind columns2:39
Eaves beam3:51
Bracing7:31
Rafters4:14
Columns5:25
Kc columns4:28
Explore the Kc columns formula in sap2000 to evaluate column behavior using inertia, length, and the lambda L factor, and review IPI 450 buckling considerations.

Truss1:02
Model, analyze, and design a truss in Sap2000, open the last five columns, check all sections IP 450 auto columns and IP 450 auto rafters, and save the file.
Members definition2:50
Modeling9:38
Release,Supports and Meshing2:16
Results4:13
Groups1:55
Purlins and side rails Design2:38
Wind Columns Design3:48
Bracing Design1:15
Top Chords Design3:51
Designs the top chords for a 20-frame steel frame, examining buckling, lateral torsion, and bracing with posts and diagonals, using pe 360 to select section ip 1560.
Diagonals and Posts Design2:19
Design diagonals and posts in Sap2000 steel structure, using selection and design groups, right-click to display selections, and apply design sets for all members.
Bottom Chords Design10:29
Columns Design1:54
Displacements Checking2:13

Requirements

basic knowledge of structural Engineering

Description

The SAP name has been synonymous with state-of-the-art analytical methods since its introduction over 30 years ago. SAP2000 follows in the same tradition featuring a very sophisticated, intuitive and versatile user interface powered by an unmatched analysis engine and design tools for engineers working on transportation, industrial, public works, sports, and other facilities.

In this course, you will learn how to model and analyze and design a steel warehouse from scratch using Eurocode.

1-Portal frame

you will learn how to assign the wind load by an accurate method.

you will learn how to design all elements (columns, rafters, bracing, wind columns, side rails, purlins...)

2-Truss

you will learn how to design all elements of Truss (Top chords,Bottom chords,Diagonals and posts)

And Design again (Columns,Side rails,Purlins,Bracing...)

3-Crane Girder

You will learn how to calculate the forces and moments on crane girder Manually.

Secondly,you will learn the design of crane beam in SAP2000.

After designing,you will learn the design of canteliver in Portal frame.

Finally,displacements Checking,and supports Modifications Results.

Who this course is for:

Civil and Mechanical engineers
Civil and Mechanical Engineering students

Sap2000 (Steel structure)

What you'll learn

Explore related topics

Course content

Introduction16 lectures • 1hr 2min

Wind Load4 lectures • 48min

Analysis and Results3 lectures • 13min

Elements Design8 lectures • 42min

Truss Model14 lectures • 50min

Crane Girder6 lectures • 49min

Bonus1 lecture • 1min

Requirements

Description

Who this course is for: