Revit Steel Structure- Project Based Course In Revit
Published 7/2022
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 10.02 GB | Duration: 14h 50m

Complete Modeling and Detailing of a Residential Building (full review)

What you'll learn
Integration of structural and analytical model
Direct connection between the model and other views
Creating details and shop drawings based on the 3D model
Communication between analytical software
3D Modeling with High LOD (Level Of Details)

Requirements
Basic knowledge about Autodesk Revit

Description
Revit Structure software is one of the most widely used software of Autodesk company in BIM (Building Information Modeling) projects for structural engineers. In this course, try a fully practical training for those interested in Revit Structure, especially civil engineers for structural modeling and explain the workflow in BIM modeling.This training course has 111 clips for about 20 hours, which is done in a completely professional manner on a project of implementing the steel structure modeling process with the BIM process.Project Information:Area: 32000 sqmNumber of floors: 35(6 floors of parking)Headlines of this course:Project introductionInitial review of the AutoCAD file of the projectHow to create a report of issues in the received drawings for modelingHow to create Excel table for reportsThe concept of LOD in structural modelingThe meaning of LOD in structural modelingWhy should we care about LOD in modeling?Naming structure in BIM projectsCreate a template to start modelingLevel creation with DynamoHow to manage and import DWG drawings Create a WBS for the modeling processTips and techniques for applying Grids in modelingHow to create structural columns familyUse of structural connectionsPlacement of base plates in the projectProject foundation modelingUsing Splice Joint to connect between columnscreate project beamsModeling of beams of parking rampsModeling of stairs beamsCreate beam connectionsCheck the model in NavisworksReview of clashes in Navisworks How to fix detected clashesQuantity take-off and material take-offs of the projectCreating sheetsReview and presentation of models with EnscapeModel review in Bexel ManagerWork with the Assembly tool in Revit for structural elementsApart from the above topics, the training is full of practical tips and techniques for executive projects.

Overview

Section 1: Introducing the course file

Lecture 1 Session 1

Lecture 2 Session 2

Section 2: Writing a report from the received AutoCAD file

Lecture 3 Session 3

Lecture 4 Session 4

Section 3: Checking LOD in structural projects

Lecture 5 Session 5

Lecture 6 Session 6

Lecture 7 Session 7

Section 4: Naming system in modeling

Lecture 8 Session 8

Section 5: Beginning of the steel structure modeling process

Lecture 9 Session 9

Section 6: Creating Levels + Creating Levels with Dynamo and Excel

Lecture 10 Session 10

Lecture 11 Session 11

Lecture 12 Session 12

Lecture 13 Session 13

Section 7: Preparing the AutoCAD file to importing into Revit

Lecture 14 Session 14

Lecture 15 Session 15

Section 8: Creating Grids

Lecture 16 Session 16

Lecture 17 Session 17

Section 9: Creating Columns Family

Lecture 18 Session 18

Lecture 19 Session 19

Lecture 20 Session 20

Lecture 21 Session 21

Lecture 22 Session 22

Section 10: Add columns family in the project

Lecture 23 Session 23

Section 11: Creating Connection Families for Steel Columns

Lecture 24 Session 24

Lecture 25 Session 25

Lecture 26 Session 26

Lecture 27 Session 27

Lecture 28 Session 28

Lecture 29 Session 29

Lecture 30 Session 30

Lecture 31 Session 31

Lecture 32 Session 32

Lecture 33 Session 33

Section 12: Creating Base Plate Family

Lecture 34 Session 34

Lecture 35 Session 35

Lecture 36 Session 36

Lecture 37 Session 37

Lecture 38 Session 38

Section 13: Placement of Columns and Base Plates

Lecture 39 Session 39

Lecture 40 Session 40

Lecture 41 Session 41

Lecture 42 Session 42

Section 14: Foundation Modeling

Lecture 43 Session 43

Section 15: Splice Connection for Columns

Lecture 44 Session 44

Section 16: Modeling of underground beams and retaining walls

Lecture 45 Session 45

Lecture 46 Session 46

Lecture 47 Session 47

Lecture 48 Session 48

Section 17: Creating Embed Connection

Lecture 49 Session 49

Lecture 50 Session 50

Lecture 51 Session 51

Section 18: Shear Plate Connection for Connecting Beams

Lecture 52 Session 52

Lecture 53 Session 53

Section 19: Creating and Adding Studs

Lecture 54 Session 54

Lecture 55 Session 55

Section 20: Creating and Adding Cutters

Lecture 56 Session 56

Lecture 57 Session 57

Lecture 58 Session 58

Section 21: Creating Stairs with Connections

Lecture 59 Session 59

Lecture 60 Session 60

Lecture 61 Session 61

Lecture 62 Session 62

Lecture 63 Session 63

Lecture 64 Session 64

Lecture 65 Session 65

Section 22: Creating Ramps with Connections

Lecture 66 Session 66

Lecture 67 Session 67

Lecture 68 Session 68

Lecture 69 Session 69

Lecture 70 Session 70

Lecture 71 Session 71

Lecture 72 Session 72

Section 23: Checking Clashes in Navisworks and fixing them

Lecture 73 Session 73

Lecture 74 Session 74

Lecture 75 Session 75

Lecture 76 Session 76

Lecture 77 Session 77

Lecture 78 Session 78

Lecture 79 Session 79

Lecture 80 Session 80

Lecture 81 Session 81

Lecture 82 Session 82

Section 24: Model documentation

Lecture 83 Session 83

Lecture 84 Session 84

Lecture 85 Session 85

Lecture 86 Session 86

Lecture 87 Session 87

Lecture 88 Session 88

Lecture 89 Session 89

Lecture 90 Session 90

Lecture 91 Session 91

Lecture 92 Session 92

Lecture 93 Session 93

Lecture 94 Session 94

Lecture 95 Session 95

Lecture 96 Session 96

Lecture 97 Session 97

Lecture 98 Session 98

Lecture 99 Session 99

Lecture 100 Session 100

Lecture 101 Session 101

Lecture 102 Session 102

Lecture 103 Session 103

Lecture 104 Session 104

Lecture 105 Session 105

Lecture 106 Session 106

Lecture 107 Session 107

Lecture 108 Session 108

Lecture 109 Session 109

Lecture 110 Session 110

Lecture 111 Session 111

Structural Engineers,BIM Modelers,Project Managers,Civil Engineers

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