Why and for whom?
The aim of the Autodesk Inventor Workshop is to explore Autodesk Inventor’s powerful functionalities in Part Modeling, Assembly, Drawing, Presentation, Animation, and Rendering.
The training will be started with Sketches with Parametric Constraints, followed by making them to 3D Geometry with extrude, revolve, sweep, fillet, chamfer features. Advanced Part Modeling techniques including Hole Pattern, Shell, Loft will be explored.
Inventor’s specialized tools for Plastic Part, Frame, Sheet Metal can help you build the model quickly and easily. These tools can save you hours of work and efforts.
Generating Drawing Views including Orthographic, Section, Auxiliary, Isometric from the 3D Geometry will be demonstrated. Advanced Drawing techniques including Break Out View, Break View, Slice View will be covered also.
Assemble the parts, making use of Content Center and Design Accelerators to calculate the load, life time, and generate standard components such as Shaft, Bolts and Nuts, Bearing, Gear will be the interesting topics for this workshop. Advanced Assembly techniques such as Constrain, Representations are also covered.
Exploded View in Presentation to pull the assembly apart, is another good documentation to present. Render your model looked as in real life and animate the model to visual the mechanism of moving parts, will be taught in this workshop.
What will you learn?
During the workshop, we provide step-by-step instructions on :
Introduction ~Working with Project Files ~Exploring Inventor GUI ~Using Visualization Tools
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Drawing ~ Drawing Viewing of a Part ~ Creating Drawing ~ Editing Drawing Views ~ Adding Details to Drawing Views |
Part Modeling ~ Defining Parametric Sketch ~ Creating 3D Geometry |
Assemblies ~ Creating Assembly ~ Applying Assembly Constraints ~ Working with Content Center ~ Using Design Accelerators – Bolted Connection |
Using Styles and Templates ~ Working with Styles ~ Defining Title Block ~ Using Engineer’s Notebook ~ Saving a Template
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Advanced Drawing ~ Creating Advanced Drawing Views ~ Using Advanced Drawing Editing Tools ~ Using Advanced Drawing Annotation Tools |
Advanced Part Modeling ~ Projecting a 3D Sketch ~ Using Loft, Sweep, Shell tools ~ Using Engineer’s Notebook ~ Building Hole Pattern ~ Tutorial 1: Creating Bottle Part |
Advanced Assemblies ~ Using Representation ~ Using Design Accelerators – Bearing, Shaft, Spur Gear |
Plastic Part Modeling ~ Creating Plastic Casing ~ Converting Bodies to Components ~Draft Analysis |
Sheet Metal Part Modeling ~ Defining Sheet Metal Material Styles ~ Building Sheet Metal Components ~ Preparing the Part for Manufacture |
Frame Modeling ~ Creating Metal Frames ~ Editing Metal Frames |
Sheet Metal Part Modeling ~ Defining Sheet Metal Material Styles ~ Building Sheet Metal Components ~ Preparing the Part for Manufacture |
Presentation ~ Creating Exploded View ~ Creating Rendering ~ Creating Animation |
Weldment ~ Coverting an Assembly ~ Calculating Weld ~ Preparing to Apply Weld Features ~ Applying Weld Features ~ Adding Machining Features to the Weldment ~ Documentating Welds |
Workshop Projects
GUI
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Visual Styles
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Shadow
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Ground Reflection, Plane |
Lighting Style
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Drawing Views
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Design Accelerators – Spur Gear
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Design Accelerators – Bearing
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Frame Modeling
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Sheet Metal Modeling
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Sheet Metal Modeling – Punch, Cut
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Sheet Metal Modeling – Contour Roll
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Sheet Metal Modeling – Flat Pattern
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Sheet Metal Modeling – Drawing
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Parametric Constraints
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Assemblies
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Advanced Drawing
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Exploded View
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Plastic Modeling
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Plastic Modeling – Boss
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Plastic Modeling – Rest
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Plastic Modeling - Grill
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Plastic Modeling – Emboss
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Plastic Modeling – Snap Fit
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Plastic Modeling - Rib
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Weldment – Drawing
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Presentation – Animation
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Presentation - Exploded View
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Presentation – Rendering Materials
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Dimension
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Part Modeling
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What will you receive?
During the training, you will be given 260-pages manual and a CD containing the following:
~ Projects Files Lesson 1 to Lesson 13
