Last updated 7/2020
MP4 | Video: h264, 1280×720 | Audio: AAC, 44.1 KHz
Language: English | Size: 4.37 GB | Duration: 6h 33m
Structural Analysis of Low-Rise Industrial and Multi-story Residential / Commercial Structural Steel Buildings
What you’ll learn
PEB and hot rolled structural steel design of low-rise industrial and multi-story buildings using codes: AISC, MBMA, ASCE, IBC and UBC.
Introduction about STAAD Pro software and creating the geometry of the structure.
Assigning member properties of both hot rolled and built-up sections (section size, grade, orientation etc.)
Assigning different types of loads like dead, live, thermal… and load combinations as per ASCE.
Wind load calculation according to MBMA and ASCE.
Incorporating seismic considerations in the design of multi-story buildings as per UBC code.
Design of workshops with overhead cranes and crane runway beam in STAAD.
Member optimization based on the utilization ratio (stress ratio) and deflection limits as per the serviceability requirements of ASCE / IBC.
Member take off: for bill of quantities and total tonnage of the project.
Design of composite beam in STAAD.
Understanding concept of jack beam and floating column.
Design of trusses using STAAD.
Using the STAAD editor and defining design parameters.
Getting the base reactions, SFD, BMD and the member end forces.
Basic steel material properties and mechanics.
Local vs. lateral buckling definiton.
Compact vs. non-compact vs. slender sections definition and typical PEB section ratios.
Importing user-customized section shapes using user table via Section Wizard into STAAD.
Design of purlins in STAAD.
Design of deck slab (deck sheet + RCC slab) according to code SDI-C.
Reading and understanding steel structure drawings.
Requirements
There are no course prerequisites except having STAAD Pro installed.
Description
You will be learning all you need to know about structural analysis of low-rise steel buildings using STAAD Pro in your professional career according to international norms like American codes and standards. The course will be discussing very essential topics, including assigning load combinations according to ASCE7/IBC, crane, wind and seismic load applications according to ASCE7/MBMA and UBC 97 respectively as well as the design of the crane runway beam. Moreover, you will learn how to check your structure’s deflection against the serviceability requirements/limits and optimization of steel section sizes as per codes ASCE7/IBC. Furthermore, design of composite beam, deck slab, purlins, truss, generating reports, getting base support reactions, beam end forces, stress ratios of members, member take off, using STAAD editor, Section Wizard and many more interesting and important topics like steel material properties and mechanics will be discussed in the course.
Overview
Section 1: Course Outline and Introduction
Lecture 1 Course outline and introduction
Section 2: Steel Material Properties and Mechanics
Lecture 2 Steel structure components
Lecture 3 Stress-strain relationship
Lecture 4 Grades of steel
Lecture 5 Local vs lateral buckling
Lecture 6 Compact vs non-compact vs slender sections and typical PEB section ratios
Lecture 7 Member capacity, section modulus & moment of inertia calculation
Section 3: STAAD Pro Basics
Lecture 8 Drawing geometry, assigning member releases and supports
Lecture 9 Assigning member properties
Lecture 10 Assigning loads
Section 4: Wind Load Theory and Application
Lecture 11 Wind load theory – Part 1
Lecture 12 Wind load theory – Part 2
Lecture 13 Wind load application in STAAD
Section 5: Adding Thermal Loads & Load Combinations in STAAD
Lecture 14 Adding Temperature Loads
Lecture 15 Adding load combinations in STAAD
Lecture 16 Adding custom load combinations
Section 6: STAAD Editor & Design Parameters
Lecture 17 How to calculate K factor
Lecture 18 Using STAAD Editor & entering design parameters
Section 7: Serviceability & Member Optimization
Lecture 19 Serviceability limits
Lecture 20 Member optimization in STAAD
Section 8: Postprocessing View and Generating STAAD Report
Lecture 21 Getting support reactions, beam end forces, BMD, SFD and generating STAAD report
Section 9: Crane Loads
Lecture 22 Crane load calculation
Lecture 23 Assigning crane loads & combinations in STAAD
Lecture 24 Checking serviceability for crane loads
Lecture 25 Crane runway beam design using Section Wizard in STAAD
Section 10: Reading Drawings of Workshop with Crane
Lecture 26 Reading drawings of workshop with overhead crane
Section 11: Purlin design in STAAD
Lecture 27 Purlin design using Section Wizard in STAAD
Section 12: Seismic Load in a Multi-story Building
Lecture 28 Seismic load theory
Lecture 29 Reading drawings of multi-story building
Lecture 30 Seismic load & floor load application in STAAD
Lecture 31 Seismic drift check
Section 13: Floating Column, Jack Beam & Stability Concept
Lecture 32 Floating column, jack beam & structural stability concept
Section 14: Composite Beam Design
Lecture 33 Composite beam design in STAAD
Lecture 34 Calculating number of shear studs required
Section 15: Deck Slab Design
Lecture 35 Deck sheet & slab design
Section 16: Roof Truss Analysis in STAAD
Lecture 36 Roof truss analysis in STAAD
Section 17: References
Lecture 37 References
Structural / civil engineers with little or no experience about steel structure design.,Engineers who want to expand their career in the field of structural steel design; either working in engineering consultancies or structural steel fabricators etc.
Homepage
https://www.udemy.com/course/staad-pro-analysis-of-steel-structures-examples-theory/
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