Math Master Model Concept 3D Feature Based Parametric CAD Design

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Math Master Model Concept / 3D Feature Based
Parametric CAD Design 1. Sketching Defining
Design Intent Geometry Creation Dimensional
Constraints Geometric Constraints 2. Solid
Modelling Component Design / Design for
Manufacture Feature Based Solid
Modelling Extrusions, Revolutes, Sweeps,
Lofts Fillets, Chamfers, Holes, Pads,
Pockets Shells, Draft Simple and Split Family
Parts - One Model, Numerous Variants Controlled
with Parameters NURBS Surface Modelling For
Complex Geometry 3. Assembly Modelling Product
Design / Design for Assembly Product
Hierarchy Assembly Constraints and Inter Part
Relationships Variants 4. Drafting
Communicating the Design Automating Orthogonal
Views and Projected Views Automating Sectional
Views Detailing views with parametric sketches
from 3D model GDT Efficient dimensioning to
communicate critical characteristics and design
intent
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Math Master Model Concept / 3D Feature Based
Parametric CAD Design Further uses of 3D CAD
Master Model include Analysis Stress,
Kinematic, Tolerance Studies, Assembly, Weight
Material Cost Tooling Tool Path Generation,
Mold and Die Design, Jig and Fixture
Design Prototyping SLA, LOM, Lost Wax
Castings, Rapid Tooling for Limited Run Injection
Molding Catalog Product Presentations via
Photorealistic Rendering