Sap2000 (Steel Structure)

Steel Warehouse Design using Sap2000

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
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 frameyou 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-Trussyou 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 GirderYou 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.

Overview

Section 1: Introduction

Lecture 1 Grids

Lecture 2 Materials Definition

Lecture 3 Frame sections Definition

Lecture 4 Columns

Lecture 5 Rafters

Lecture 6 Display Options

Lecture 7 Selection

Lecture 8 Side rails

Lecture 9 Wind columns

Lecture 10 Side rails

Lecture 11 Eaves Beam

Lecture 12 Purlins

Lecture 13 Bracing

Lecture 14 Supports

Lecture 15 Release and Mesh

Lecture 16 loads definition

Section 2: Wind Load

Lecture 17 Wind load (eurocode)

Lecture 18 Wind Example

Lecture 19 Wind load application

Lecture 20 Assign loads

Section 3: Analysis and Results

Lecture 21 Combinations

Lecture 22 Results

Lecture 23 Groups

Section 4: Elements Design

Lecture 24 Side rails

Lecture 25 Purlins

Lecture 26 Wind columns

Lecture 27 Eaves beam

Lecture 28 Bracing

Lecture 29 Rafters

Lecture 30 Columns

Lecture 31 Kc columns

Section 5: Truss Model

Lecture 32 Truss

Lecture 33 Members definition

Lecture 34 Modeling

Lecture 35 Release,Supports and Meshing

Lecture 36 Results

Lecture 37 Groups

Lecture 38 Purlins and side rails Design

Lecture 39 Wind Columns Design

Lecture 40 Bracing Design

Lecture 41 Top Chords Design

Lecture 42 Diagonals and Posts Design

Lecture 43 Bottom Chords Design

Lecture 44 Columns Design

Lecture 45 Displacements Checking

Section 6: Crane Girder

Lecture 46 Crane beam Calculation

Lecture 47 Crane beam Design

Lecture 48 Canteliver Design

Lecture 49 Columns and Rafters Design

Lecture 50 Displacements Checking

Lecture 51 Fixed Support

Section 7: Bonus

Lecture 52 Get Any course for up to 90% off

Civil and Mechanical engineers,Civil and Mechanical Engineering students