Robot Structural analysis (Steel structure)

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Creative Engineering Center

4:25:05

9 View

1 - Introduction

1 - Overview.mp4

05:56

2 - Preferences and job preferences.mp4

06:16

2 - Warehouse Modeling

3 - Axis.mp4

02:39

4 - Zoom & view.mp4

06:35

5 - Columns Definition and placement.mp4

06:54

6 - Columns group.mp4

01:01

7 - Rafters.mp4

03:08

8 - Side rails.mp4

07:05

9 - Wind columns.mp4

04:28

10 - Side rails.mp4

05:03

11 - Eave beams.mp4

02:09

12 - Purlins.mp4

07:53

13 - Display.mp4

03:47

14 - Bracing.mp4

03:56

15 - Cladding.mp4

06:34

3 - Loads Definition

16 - Loads Definition.mp4

03:45

17 - Wind load.mp4

04:40

18 - Release.mp4

01:00

19 - cladding & bracing.mp4

00:50

20 - Supports.mp4

02:07

4 - Results & Design

21 - Analysis and Results.mp4

09:07

22 - Purlins results.mp4

03:13

23 - Combinations.mp4

05:37

24 - Side rails Design.mp4

10:22

25 - Bracing Design.mp4

07:04

26 - Purlins Design.mp4

04:05

27 - Eave beams Design.mp4

03:43

28 - Wind Columns Design.mp4

07:23

29 - 1.mp4

05:16

30 - Columns Design.mp4

07:03

31 - 2.mp4

06:38

5 - Connections Design

32 - Beam.mp4

08:25

33 - Column.mp4

06:14

34 - Base connection.mp4

04:28

6 - Truss Project

35 - Axis.mp4

01:19

36 - Columns.mp4

01:49

37 - Truss definition.mp4

02:18

38 - Truss grouping.mp4

03:49

39 - Side rails.mp4

03:27

40 - Purlins.mp4

05:51

41 - Wind columns.mp4

07:25

42 - Eave beams.mp4

01:50

43 - Bracing.mp4

02:48

44 - Cladding.mp4

04:57

45 - loads definition.mp4

02:08

46 - Wind simulation.mp4

01:37

47 - Release & supports.mp4

02:15

48 - Calculation.mp4

01:49

49 - Results and combinations.mp4

03:51

50 - Purlins & side rails Design.mp4

05:30

51 - Wind columns & eave beams &bracing Design.mp4

04:39

52 - Upper and lower chord Design.mp4

11:22

53 - Posts and diagonals Design.mp4

04:55

54 - Columns Design.mp4

06:26

55 - Displacements.mp4

03:16

56 - Base Connection.mp4

07:20

7 - Bonus

57 - Get Any course for up to 90 off.html

Description

The full steel structure course using eurocode

What You'll Learn?

Warehouse Modeling in Robot structural analysis
Design of all elements of warehouse
wind loads Simulation
Connections Design
Portal frame Design
Truss Design

Who is this for?

Civil engineering students

Mechanical engineering Students

Civil and mechanical engineers

Drawings

What You Need to Know?

basic knowledge of structural Engineering

Robot structural analysis program

More details

Description
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.
Who this course is for:
Civil engineering students
Mechanical engineering Students
Civil and mechanical engineers
Drawings

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Abdel halim Assaad, structural designer,more than 5 years of experience ,General manager of creative engineering center and Instructor in many centers in Lebanon.Teacher of civil engineering Software (ETABS,SAFE,REVIT,ROBOT,RAM CONCEPT,Tekla..)Autodesk certified Instructor(Revit,Robot)Instructor in many companies in steel and reinforced concrete design.I'd like sharing knowledge with others and create an easy tutorials to understand. I hope all people can get knowledge easily.

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