Autodesk Advance Steel

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AulaGEO Academy,Felix Enzo Garofalo Lanzuisi

7:42:10

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1 - Introduccion a Advance Steel

1 - Introduction to the software.mp4

03:43

2 - Typical workflow.mp4

02:51

3 - User interface.mp4

09:14

4 - Tool Palettes.mp4

07:57

5 - 05-Estructura-de-carpetas.mp4

05:18

5 - Folder structures.mp4

05:19

6 - Auxiliary objects and references.mp4

13:12

2 - Creacion de modelos estructurales

7 - Concrete objects.mp4

10:56

8 - Profile placement.mp4

09:35

9 - Editing composite sections.mp4

09:54

10 - Frame portals.mp4

09:23

11 - Monopitch Frame.mp4

11:59

12 - Joists.mp4

02:35

13 - Trusses.mp4

08:16

14 - 6-05.1-Explorador-de-Proyectos.zip

14 - Project Explorer.mp4

13:12

15 - 15-14-Correas-o-Purlins.zip

15 - Purlins.mp4

11:09

16 - 16-15-Refuerzos-o-Bracings.zip

16 - Bracings.mp4

05:39

17 - Creation of new materials.mp4

05:11

18 - 18-15.4-Seccion-Personalizada-Lineas-Base.zip

18 - Creation of new sections.mp4

09:30

19 - Curved elements.mp4

03:11

20 - Stairs and handrails.mp4

09:49

3 - Conexiones y detalles en acero

21 - Connection palette.mp4

07:08

22 - Configurations prior to working with connections.mp4

08:22

23 - Connection Properties Dialog.mp4

11:32

24 - 24-19-Conexiones-por-plantillas.zip

24 - Connections by templates.mp4

06:41

25 - 25-20-Grupos-de-conexiones.zip

25 - Connection group.mp4

08:24

26 - 26-21-Administrar-conexiones-en-grupos.zip

26 - Manage connection pool.mp4

01:47

27 - 27-22-Propagar-conexiones.zip

27 - Propagate connections.mp4

02:07

28 - 28-23-Conexiones-con-elementos-de-concreto.zip

28 - Connections involving concrete elements.mp4

05:31

29 - Plate making.mp4

07:55

30 - 30-33.1-Gratings.zip

30 - Graitings creation.mp4

23:02

31 - Folded planks.mp4

10:13

32 - 32-35-Pernos-y-soldaduras.zip

32 - Bolts and Welds.mp4

04:59

33 - 33-36-Conexion-Personalizada-Modelo.zip

33 - Custom connections.mp4

11:30

34 - 34-37-Secci-n-Personalizada-L-neas-Base.zip

34 - Custom sections.mp4

08:56

35 - 35-37.0-Ejemplo-pr-ctico-Conexiones.zip

35 - Practical example connections.mp4

28:33

4 - Conexiones y detalles en acero

36 - 36-38-Verificacion-del-modelo.zip

36 - Model verification.mp4

10:11

37 - 37-39-Numeracion.zip

37 - Numbering.mp4

12:43

38 - Document Manager.mp4

07:54

39 - 39-41-Creacion-de-camaras.zip

39 - Camera Creation.mp4

06:23

40 - 40-42-Procesos-de-dibujo.zip

40 - Drawing Processes.mp4

09:28

41 - 41-44-Estilos-de-dibujo.zip

41 - Drawing Style.mp4

05:42

42 - 42-45-Listas-de-cantidades.zip

42 - Bill of Quantities.mp4

07:19

43 - 43-46-Flujo-de-trabajo-BIM.zip

43 - BIM Workflow.mp4

20:53

44 - 44-47-Interoperabilidad-Advance-Steel-Revit.zip

44 - Advance SteelRevit interoperability.mp4

12:50

45 - 45-48-Interoperabilidad-Advance-Robot.zip

45 - Advance Steel Robot Interoperability.mp4

13:41

46 - Visual programming in Dynamo.mp4

22:37

47 - 47-50-Automatizacion-de-tareas-repetitivas.zip

47 - Automation of repetitive tasks.mp4

11:14

48 - 48-51-Optimizacion-de-estructuras.zip

48 - Structure optimization.mp4

06:42

Description

Design and Detailing of Steel Structures

What You'll Learn?

Generate the construction plans of a steel structure project, including the details of the connections used
Incorporate different types of steel connections to a 3D model, including all its components (plates, bolts, anchors and welds).
Create automated drawings from the developed model, with integrated change management.
Apply visual programming in Dynamo for task parameterization and automation.
Apply BIM interoperability between Advance Steel and other programs such as Revit and Robot Structural Analysis

Who is this for?

Structural Engineers

Draftsmen of structural steel projects

Architects

Technicians and professionals in steel parts workshop

BIM modelers in general

More details

Description
The course focuses mainly on providing the student with the tools for modeling and detailing steel structures using Autodesk Advance Steel, incorporating all the members, components, and metal connections that make up a project.

The BIM workflow is established in the Autodesk environment and all the construction plans are obtained for the final delivery of a standard project (plans, elevations, sections, connections, stairs, among others). #AulaGEO

You will learn to:

1. Incorporate different types of steel connections to a 3D model, including all its components (plates, bolts, anchors, and welds)
2. Generate the construction plans of a steel structure project, including the details of the connections used.
3. Create automated drawings from the developed model, with integrated change management.
4. Configure processes and custom drawing styles for the generation of the structural details of the project.
5. Extract reports and lists of materials of the entire project carried out.
6. Apply visual programming in Dynamo for task parameterization and automation.
7. Apply BIM interoperability between Advance Steel and other programs such as Revit and Robot Structural Analysis.

Content of the course

Section 1: Introduction to Advance Steel
Lesson 1: Introduction to the software
Lesson 2: Typical workflow
Lesson 3: User interface
Lesson 4: Tool Palettes
Lesson 5: Folder structures
Lesson 6: Auxiliary objects and references

Section 2: Creation of structural models
Lesson 7: Concrete objects
Lesson 8: Profile placement
Lesson 9: Editing composite sections
Lesson 10: Frame portals
Lesson 11: Mono-pitch Frame
Lesson 12: Joists
Lesson 13: Trusses
Lesson 14: Project Explorer
Lesson 15: Purlins
Lesson 16: Bracings
Lesson 17: Creation of new materials
Lesson 18: Creation of new sections
Lesson 19: Curved elements
Lesson 20: Stairs and handrails

Section 3: Connections and details in steel
Lesson 21: Connection palette
Lesson 22: Configurations prior to working with connections
Lesson 23: Connection Properties Dialog
Lesson 24:Connections by templates
Lesson 25: Connection group
Lesson 26: Manage connection pool
Lesson 27: Propagate connections
Lesson 28: Connections involving concrete elements
Lesson 29: Plate making
Lesson 30: Graitings creation
Lesson 31: Folded planks
Lesson 32: Bolts and Welds
Lesson 33: Custom connections
Lesson 34: Custom sections
Lesson 35: Practical example connections

Section 4: Connections and details in steel
Lesson 36: Model verification
Lesson 37: Numbering
Lesson 38: Document Manager
Lesson 39: Camera Creation
Lesson 40: Drawing Processes
Lesson 41: Drawing Style
Lesson 42: Bill of Quantities
Lesson 43: BIM Workflow
Lesson 44: Advance Steel-Revit interoperability
Lesson 45: Advance Steel- Robot Interoperability
Lesson 46: Visual programming in Dynamo
Lesson 47: Automation of repetitive tasks
Lesson 48: Structure optimization

Requirements
It is recommended to have mastery of the CAD environment

Who is this course for?
Structural engineers
Draftsmen of structural steel projects
Technicians and professionals in steel parts workshop
BIM modelers in general
Who this course is for:
Structural Engineers
Draftsmen of structural steel projects
Architects
Technicians and professionals in steel parts workshop
BIM modelers in general

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Focused display

We choose the best courses and make them available to new audiences.Our training offer covers the entire spectrum of data intelligence:Art - Capture - Modeling - Design - Construction - Operation. Using technological development and process improvement as a transverse thread.The creators of courses with which we have decided to work have been carefully selected, to offer a complementary set of knowledge. We firmly believe that today people do not seek courses to fill their walls with diplomas; but to make their abilities more productive.

Felix Enzo Garofalo Lanzuisi

Instructor's Courses

Soy un entusiasta de la tecnología y me he dedicado a la enseñanza de las materias que me apasionan. Con más de 15 años de experiencia en diseño asistido por computador y un sólido conocimiento acerca del Modelado de Información de Edificaciones he compilado mucha de la experiencia adquirida a través de los años en cursos de capacitación útiles, fáciles de entender y prácticos para el día a día del diseñador. Mis campos de acción incluyen CAD (Computer Aided Design), CAE (Computer Aided Engineering), FEA (Finite Element Analysis), BIM (Building Information Modeling), PM (Project Management). Y aunque me inicié con el estudio de la ingeniería civil, he explorado otras ramas de la ingeniería, participando en proyectos que incluyen la creación de modelos computaciones para la simulación de maquinaria para la extracción de petróleo, análisis no-lineal de cimentaciones especiales, diseño de piezas automotrices, estudio de estabilidad en túneles, entre otros tipo de proyectos.Así mismo, he creado aplicaciones de software dirigido a la administración de procesos y al diseño asistido por computador. También soy programador web, especializándome en aplicaciones web .NET. Tengo experiencia programando en C#, Java, Python, C++, Foltran, JavaScript. Y en lenguajes de etiquetado como HTML5 y CCS3. Como hobby he incursionado en la programación de autómatas programables (PLC) y en la programación en Assembler de micro-controladores. En resumen, me encanta a prender y enseñar. Ese es realmente mi trabajo.@felixenzogarofalo

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