Robot Structural analysis (Steel structure)

Name: Robot Structural analysis (Steel structure)
Rating: 4.5 (286 reviews)

The full steel structure course using eurocode

Last updated 10/2020

English

What you'll learn

7 sections • 57 lectures • 4h 25m total length

Overview5:56
Gain hands-on experience with steel structure analysis using robot structural analysis to model RC frames and assess beams, columns, and connections.
Preferences and job preferences6:16
Explore configuring structural analysis software, including units, materials, and codes, and saving project templates for steel and concrete sections.

Analysis and Results9:07
Purlins results3:13
Combinations5:37
Side rails Design10:22
Bracing Design7:04
Purlins Design4:05
Design purlins for steel structures using Poland's section options and design parameters, perform buckling checks of upper and lower flanges, and apply group design and combinations for ultimate service.
Eave beams Design3:43
Wind Columns Design7:23
1-Rafter Design5:16
Columns Design7:03
2-Rafter Design6:38

Axis1:19
Columns1:49
Truss definition2:18
Truss grouping3:49
Side rails3:27
Purlins5:51
Wind columns7:25
Eave beams1:50
Bracing2:48
Cladding4:57
loads definition2:08
Wind simulation1:37
Release & supports2:15
Calculation1:49
Results and combinations3:51
Purlins & side rails Design5:29
Wind columns & eave beams &bracing Design4:39
Design and verify steel structure components by selecting and applying beam, bracing, and column designs, adjusting options and parameters, and checking buckling and edge conditions.
Upper and lower chord Design11:22
Posts and diagonals Design4:55
Columns Design6:26
Design columns using options and parameters within the software, checking sway and bracing in the column model. Assess total buckling, critical loads, and service displacement to validate steel column designs.
Displacements3:16
Base Connection7:20

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

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

you will learn how to draw the cladding, assign loads and generate wind loads.

you will learn how to design connections

Beam - beam connection

beam - column connection

base connection.

you will continue the course by new truss project.

you will learn how to model truss project and how to design the lower and bottom chords.

and you will learn how to design the posts, diagonals and truss columns.