10-21-2024, 12:44 PM
Autodesk Inventor by Alessandro Santos
![[Image: 2d2653a50d067c83e73f44a238c8db89.jpeg]](https://i124.fastpic.org/big/2024/1021/89/2d2653a50d067c83e73f44a238c8db89.jpeg)
Published 10/2024
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 3.99 GB | Duration: 7h 33m
2D Modeling, 3D Modeling, Assembly, Dimensional Tolerances, Bill of Material, Creation of sheets for production
What you'll learn
How it works and how to use the 2D environment tools
How it works and how to use the 3D environment tools
Practical drawing exercises
Perform component assembly
Create 2D sheets using 3D models
How it works and how to use all the tools in the Drawing environment
At the end of the course you will be able to carry out projects
Requirements
Knowledge of Mechanical Technical Drawing is required
Be able to read and interpret Technical Drawings
Have Autodesk Inventor installed on your Computer or Notebook
Have a desire to learn and grow personally and professionally
Description
Have you ever looked at a product (be it a car, a cell phone or even an interestingly shaped bottle of water) and wondered who created that design? Well, that's what an industrial designer does! They are responsible for creating technical drawings that must combine functionality, low cost and ease of use, in addition to, of course, pleasing the eye.In this course, you will learn how to model from the basics to the advanced level. The Autodesk Inventor Professional Development Course aims to develop skills related to modeling in project drawings and their modification, using typical tools in the area, aiming to change the characteristics of the product and improve its function, according to standards and technical specifications, considering principles of quality and productivity.Workload:7h36 minutes of continuous video lessons, which is equivalent to a 50-hour in-person courseObjectivesFile management and work methodology;Creation of 2D Sketches with geometric restrictions and dimensions in the project environment;Functions for creating and editing solids;Techniques and methodology for creating Work Planes, Work Axis and Work Points;Creation and editing of 2D views linked to the solid model;Creation of the standard format (Templates);Assembly configuration;Solid Modeling;Sketch Editing and Property Analysis;Volume, Mass, Center of Gravity, Moment of Inertia;Dimensioning Tools;Associative Material List;Balloons;Dimensional and Geometric TolerancesWant to learn a new profession, or even specialize in this innovative tool?Come learn everything in detail and without rushing!
Overview
Section 1: Undertanding 2D tools
Lecture 1 Starting a new Project
Lecture 2 Creating a Sketch
Lecture 3 Using modeling tools
Lecture 4 Fillet and Chamfer Function
Lecture 5 Dimension properties and selection tools
Lecture 6 Understanding arc commands and variations
Lecture 7 Understanding the Slot or Oblong tool and variations
Lecture 8 Modification Tools
Lecture 9 Creating Polygon, Spline and Rectangular Pattern
Lecture 10 Using Circular Pattern
Lecture 11 Construction Line and Mirror Command
Lecture 12 imension Types, Geometric Constraints and Text
Lecture 13 Centerline Command
Section 2: 3D modeling
Lecture 14 New Project, Zoom, Extend, Dimension, Chamfer, Fillet, Hole, Pattern
Lecture 15 Hole Types, Views
Lecture 16 Automatic thread profile
Lecture 17 Types of Revolve functions
Lecture 18 Shell Function
Lecture 19 Create Point, Axis, Plane, Geometric Projection, Sweep Function
Lecture 20 3D Mug Modeling Exercise
Lecture 21 Inserting Text in 3D Modeling
Lecture 22 Creating plans, Using the loft tool, Shell
Lecture 23 Offset. Rib Tool and Rectangular Pattern
Lecture 24 Modeling with the Coil tool
Lecture 25 Draft Command
Lecture 26 Split command (Trim in 3D) and quick solid creation tool
Lecture 27 Using the Move bodies tool
Lecture 28 Using the combine tool
Lecture 29 Creating Plans in 3D Modeling
Lecture 30 Rectangular and Singular Pattern in 3D Modeling
Lecture 31 3D Spring Modeling and Adding Properties to the Model
Section 3: Consolidation Exercises
Lecture 32 Support
Lecture 33 Grid
Lecture 34 lock
Lecture 35 Any object
Lecture 36 Hood
Lecture 37 Support
Lecture 38 Pulley
Lecture 39 Gutter
Lecture 40 Hex screw with real thread
Lecture 41 Radial ball bearing
Lecture 42 Bottle/Jar
Section 4: Assembly + Modeling of Parts
Lecture 43 Base Modeling
Lecture 44 Cursor Modeling
Lecture 45 Screw Modeling
Lecture 46 Mobile V Modeling
Lecture 47 Pin Modeling
Lecture 48 Parallel "V" Assembly
Section 5: 2D Sheet Creation Environment (Drawing)
Lecture 49 Sheet Creation Environment - Part 1
Lecture 50 Sheet Creation Environment - Part 2
Section 6: Extras
Lecture 51 Setting Up Autodesk Inventor
Engineering students, technicians and/or those interested in operating the software.
Screenshots
![[Image: 9cadd4fc6ee20a6c419d4ffc67882f8c.jpeg]](https://i124.fastpic.org/big/2024/1021/8c/9cadd4fc6ee20a6c419d4ffc67882f8c.jpeg)
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Published 10/2024
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 3.99 GB | Duration: 7h 33m
2D Modeling, 3D Modeling, Assembly, Dimensional Tolerances, Bill of Material, Creation of sheets for production
What you'll learn
How it works and how to use the 2D environment tools
How it works and how to use the 3D environment tools
Practical drawing exercises
Perform component assembly
Create 2D sheets using 3D models
How it works and how to use all the tools in the Drawing environment
At the end of the course you will be able to carry out projects
Requirements
Knowledge of Mechanical Technical Drawing is required
Be able to read and interpret Technical Drawings
Have Autodesk Inventor installed on your Computer or Notebook
Have a desire to learn and grow personally and professionally
Description
Have you ever looked at a product (be it a car, a cell phone or even an interestingly shaped bottle of water) and wondered who created that design? Well, that's what an industrial designer does! They are responsible for creating technical drawings that must combine functionality, low cost and ease of use, in addition to, of course, pleasing the eye.In this course, you will learn how to model from the basics to the advanced level. The Autodesk Inventor Professional Development Course aims to develop skills related to modeling in project drawings and their modification, using typical tools in the area, aiming to change the characteristics of the product and improve its function, according to standards and technical specifications, considering principles of quality and productivity.Workload:7h36 minutes of continuous video lessons, which is equivalent to a 50-hour in-person courseObjectivesFile management and work methodology;Creation of 2D Sketches with geometric restrictions and dimensions in the project environment;Functions for creating and editing solids;Techniques and methodology for creating Work Planes, Work Axis and Work Points;Creation and editing of 2D views linked to the solid model;Creation of the standard format (Templates);Assembly configuration;Solid Modeling;Sketch Editing and Property Analysis;Volume, Mass, Center of Gravity, Moment of Inertia;Dimensioning Tools;Associative Material List;Balloons;Dimensional and Geometric TolerancesWant to learn a new profession, or even specialize in this innovative tool?Come learn everything in detail and without rushing!
Overview
Section 1: Undertanding 2D tools
Lecture 1 Starting a new Project
Lecture 2 Creating a Sketch
Lecture 3 Using modeling tools
Lecture 4 Fillet and Chamfer Function
Lecture 5 Dimension properties and selection tools
Lecture 6 Understanding arc commands and variations
Lecture 7 Understanding the Slot or Oblong tool and variations
Lecture 8 Modification Tools
Lecture 9 Creating Polygon, Spline and Rectangular Pattern
Lecture 10 Using Circular Pattern
Lecture 11 Construction Line and Mirror Command
Lecture 12 imension Types, Geometric Constraints and Text
Lecture 13 Centerline Command
Section 2: 3D modeling
Lecture 14 New Project, Zoom, Extend, Dimension, Chamfer, Fillet, Hole, Pattern
Lecture 15 Hole Types, Views
Lecture 16 Automatic thread profile
Lecture 17 Types of Revolve functions
Lecture 18 Shell Function
Lecture 19 Create Point, Axis, Plane, Geometric Projection, Sweep Function
Lecture 20 3D Mug Modeling Exercise
Lecture 21 Inserting Text in 3D Modeling
Lecture 22 Creating plans, Using the loft tool, Shell
Lecture 23 Offset. Rib Tool and Rectangular Pattern
Lecture 24 Modeling with the Coil tool
Lecture 25 Draft Command
Lecture 26 Split command (Trim in 3D) and quick solid creation tool
Lecture 27 Using the Move bodies tool
Lecture 28 Using the combine tool
Lecture 29 Creating Plans in 3D Modeling
Lecture 30 Rectangular and Singular Pattern in 3D Modeling
Lecture 31 3D Spring Modeling and Adding Properties to the Model
Section 3: Consolidation Exercises
Lecture 32 Support
Lecture 33 Grid
Lecture 34 lock
Lecture 35 Any object
Lecture 36 Hood
Lecture 37 Support
Lecture 38 Pulley
Lecture 39 Gutter
Lecture 40 Hex screw with real thread
Lecture 41 Radial ball bearing
Lecture 42 Bottle/Jar
Section 4: Assembly + Modeling of Parts
Lecture 43 Base Modeling
Lecture 44 Cursor Modeling
Lecture 45 Screw Modeling
Lecture 46 Mobile V Modeling
Lecture 47 Pin Modeling
Lecture 48 Parallel "V" Assembly
Section 5: 2D Sheet Creation Environment (Drawing)
Lecture 49 Sheet Creation Environment - Part 1
Lecture 50 Sheet Creation Environment - Part 2
Section 6: Extras
Lecture 51 Setting Up Autodesk Inventor
Engineering students, technicians and/or those interested in operating the software.
Screenshots
Say "Thank You"
rapidgator.net:
ddownload.com:
