Legacy Workflow Tutorials
Video-based learning for intermediate to advanced Alias users.
Concept Modeling
Introduction to Concept Modeling
W1.1 Importing Sketches as Canvas Images
W1.2 Lattice Rig for Rapid Evolution of Shape
W1.3 Overlay Canvases for Design and Presentation
W1.4 Designing a Wheel Using Instances
W1.5 Groove, Round, and Draft Details for the Wheel
Modeling for Production
Introduction to Modeling for Production
W2.1 Charger: Construction Tolerances for Production
W2.2 Charger: Dimensions and Draft Angles
W2.3 Charger: Stitching and Exporting IGES and STEP
W2.4 Charger: Exporting STL for Rapid Prototyping
W2.5 Wheel: Revolving Wheel Geometry
W2.6 Wheel: Construction Planes
W2.7 Wheel: Surface Fillet for G2 and G3 Radius Blends
W2.8 Solving Stitching Problems
Technical Surfacing
Introduction to Technical Surfacing
W3.1 Surface Evaluation – Reflection Lines
W3.2 Surface Evaluation – Cross Sections and Comb Plots
W3.3 Construction Tolerances between Surface Patches
W3.4 Transform CV – Fine Tuning Control Points
W3.5 Working with Trimmed Edges – Fit Curve and Align Project
Reverse Engineering
Introduction to Reverse Engineering
W4.1 Working with Mesh Data
W4.2 Working with Sections
W4.3 Fitting a Surface to a Mesh
W4.4 Analyzing and Displaying Deviation
W4.5 Barrel Surface for Sideglass
W4.6 Reference Manager for Handling Large Data Sets
Additional information
Alias Golden Rules
: Best practices for using Alias.
Theory Builders
: Alias theory and concepts.
Quick Tips
: Tips and reminders for using and customizing Alias.
Resources
: Alias update movies (What's New videos) and Align Masterclass videos.
Pages in this section
Introduction to Concept Modeling
W1.1 Importing Sketches as Canvas Images
W1.2 Lattice Rig for Rapid Evolution of Shape
W1.3 Overlay Canvases for Design and Presentation
W1.4 Designing a Wheel Using Instances
W1.5 Groove, Round, and Draft Details for the Wheel
Introduction to Modeling for Production
W2.1 Charger: Construction Tolerances for Production
W2.2 Charger: Dimensions and Draft Angles
W2.3 Charger: Stitching and Exporting IGES and STEP
W2.4 Charger: Exporting STL for Rapid Prototyping
W2.5 Wheel: Revolving Wheel Geometry
W2.6 Wheel: Construction Planes
W2.7 Wheel: Surface Fillet for G2 and G3 Radius Blends
W2.8 Solving Stitching Problems
Introduction to Technical Surfacing
W3.1 Surface Evaluation – Reflection Lines
W3.2 Surface Evaluation – Cross Sections and Comb Plots
W3.3 Construction Tolerances between Surface Patches
W3.4 Transform CV – Fine Tuning Control Points
W3.5 Working with Trimmed Edges – Fit Curve and Align Project
Introduction to Reverse Engineering
W4.1 Working with Mesh Data
W4.2 Working with Sections
W4.3 Fitting a Surface to a Mesh
W4.4 Analyzing and Displaying Deviation
W4.5 Barrel Surface for Sideglass
W4.6 Reference Manager for Handling Large Data Sets
Parent page:
Legacy Video Tutorials