SolidWorks
Duration2 Months
Model 3D parts, assemblies and production drawings in SolidWorks, with practical mechanical design exercises.
View detailsCATIA V5
Design parts, assemblies, surfaces and drawings in CATIA V5, the tool used across the automotive and aerospace industries.
- Classroom · Online
- 3 Months
- 7 modules · 73 topics
Syllabus
7 modules · 73 topics- CATIA (Computer Aided Three Dimensional Interactive Application) Dassault Systems Company & Product.
- Requirement Of Basic Geometries For Core-Modelling & Surfacing.
- Getting Started With CATIA V5 R20 With System Configuration.
- Profile Toolbar:- Different Types Of Profiles With CATIA Interface, Concept Of Parametric To Draw Profiles Like Line, Rectangle, Circle, Etc
- Operational Toolbar:- Sketching Techniques, Scaling, Copying, Moving, Rotating, Transfer, Offset, Etc
- Constraints:- Definition, Dimensional Constraints Like Linear, Align, Geometric Constraints Like Horizontal, Vertical, Tangent, Etc With Respect To ISO Constraint, Under Constraint Or Over Constraints Geometry.
- Feature Creation With Basic Features Like Pad, Pocket, Multi Pad, Multi Pocket, Draft Filleted Pad, Hole, Stiffener, Solid Combine, Draft Filleted Pocket, Shaft, Groove, Rib, Slot, Multi Section Solid, Multi Section Pocket, Etc
- Dress Up Features Like Shell, Thickness, Round, Chamfer, Draft, Replace Face, Remove Face, Etc
- Methods Of Modelling- Plane Offset, Plane At Angle, Plane At Point, Create Axis, Point, Co-Ordinate Sys, Line, Etc
- Auxiliary Features Like Mirror, Pattern, Etc
- Constraints:- Definition, Dimensional Constraints Like Linear, Align, Geometric Constraints Like Horizontal, Vertical, Tangent, Etc With Respect To ISO Constraint, Under Constraint Or Over Constraints Geometry.
- Introduction To Pro-Assembly
- Types Of Assembly:-
- Bottom Up Assembly With Detail Explanations
- Top Down Assembly With Detail Explanations
- For Bottom Up Assembly
- Assembly Constraints :- Static Constraints Like Mate, Align, Insert Etc Working With Package & Flexible Components With Exploded Representation As Per X, Y, Z Direction. Open Components In Separate Window For Constraint Creation,
- For Top Down Assembly
- Assembly Constraints :- Static Constraints Required Mainly The Ref. Along Surfaces, Along Plane,Mainly It Is Use For Large Assemblies In Which Small Components Will Not Be Assemble By Constraints Easily.
- Drafting :-
- Introduction To Drafting, Drawing With Or Without Template, Formats, Placing General, Projection, Auxiliary, Prospective Views, Placing Dimensions, Overwriting The Dimensions, Etc
- Types Of Drafting:-
- Generative Drafting With Detail Explanations – By Placing The Orthographic Projections In Sheet With Isometric View Which Is Mainly Use For Production In Manufacturing.
- Interactive (Detail) Drafting With Detail Explanations- By Placing Whole Assembly With Exploded View By Creating Bill Of Material And Balloons Due To Which We Easily Assemble The Assembly In Assembly Line In Manufacturing.
- 1) Advance Feature With Boolean Operations On Features, Surface Based Features, Parent-Child Relationship, Pattern-Dim, Design Tables, Family Tables, Catalogs , Parameterization Analysis, Advance Replication Features, Working With External Geometries, Formulas (Relation & Dimensions) With Simplified Representation.
- 2) mechanism: –
- Assembly Constraints:- Dynamic Constraints Joints Like Revolute Joint, Prismatic Joints, Cylindrical Joints, Screw Joint, Rigid Joint, Spherical Joint, Planer Joint, Point Curve Joint, Slide Curve Joint, Roll Curve Joint, Point Surface Joint, Universal Joint, CV Joint, Gear Joint, Rack Joint, Cable, Joint Etc. Working With Package & Flexible Components With Connections Like Universal, Gear, CAM With Visual Representation As Per X, Y, Z Direction.
- 3) advance drafting:-
- Placing Dimensions With 3D Views, Tolerances, Notes, Drafting Tools, Sheets, Bill Of Material, Balloon Creation, Etc
- 4) sheetmetal:-
- Introduction, Creation Of Sheet Metal Geometry Like Flat Wall, Base Wall, Wall On Edge, Creating Extrusions, Swept Wall, Conical Wall, Wall With Creating Flange, Hems, Tear Drop, User Flange, Bend From Flat, Rolled Walls With Creating Hopper And Roll Wall, Folding And Unfolding Metal Parts, Mapping The Geometry, Viewing The Sheet Metal Component In Multiple Window And Their Management,
- Stamping With Creating Surface Stamp, Bead Stamp, Curve Stamp, Flange Cut Out Stamp, Louver Stamp, Bridge Stamp, Flanged Hole Stamp, Circular Stamp, Stiffening Rib Stamp, Dowel Stamp, Etc
- 5) surfacing:-
- Generation Of Wire Frame Model Using Lines, Point, Splines , Etc, Projection Curves, Combination Curves, Helix, Boundary, Etc. Creation Of Surfaces, Extruding Surfaces, Revolving Surfaces, Blended Surfaces, Lofted Surfaces Etc. Surface Operation-Splitting Joining, Scaling The Surfaces. Constraint Extrapolating Surfaces, Converting Solid Model Into Surface Model, Datum Features, Sweep (Explicit), Application Of Surface Design Giving Fillet(Shape Fillet, Edge Fillet, Tritangent Fillet), Scaling And Affinity, Generation Of Volumes, Advance Shape Morphing Tools, Sweep With Total 28 Types Of Sweep Profile, BIW Features Etc
- Need For Surface Modelling, Wire Frame And Surface Design Workbench,
- Creating Wireframe Element:- Creating Circle, Creating Spline, Creating Helix.
- Extruded Surfaces, Revolved Surfaces, Spherical Surfaces, Cylindrical Surfaces, Offset Surfaces, Sweep Surfaces ,Fill Surfaces, Multi Section Surfaces ,Blended Surfaces
- Operation On Surface Geometry:- Joining Surfaces, Spiting Surfaces, Trimming Surfaces Etc
- Surface Operation:- Creating Projection Curve, Creating Intersection Element, Healing Geometries, Disassembling Element, Un Trimming A Surface Or A Curve, Creating Boundary Curves, Extracting Geometry ,Transformation Feature Extrapolating Surfaces And Curves, Splitting A Solid Body With A Surface
- Solidifying Surface Models:- Adding Thickness To A Surface Creating A Solid Body From A Closed Surface Body, Sewing A Surface To A Solid Body.
- Catia Classes Latur Includes Fundamentals And Advance Concepts Of Geometric Dimensioning And Tolerances In Accordance With ASME Standards.
- Introduction
- What Is GD&T?
- Why Should GD&T Be Used ?
- Datum Reference Frame
- Primary, Secondary, Tertiary Features & Datums
- Datum Feature Vs. Datum Plane
- Datum Plane Vs . Datum Axis
- Datum Target Sizes & Locations
- Feature Control Frame
- Taylor Principle (Envelope Principle)
- GD&T Symbols/Meanings
- Material Conditions.
- Maximum Material Condition (MMC)
- Least Material Condition (LMC)
- Regardless Of Feature Size (RFS)
- Location Tolerances
- Position Tolerance
- Concentricity & Symmetry Tolerances
- Profile Tolerance
- Run Out Tolerances
- Orientation Tolerances
- Form Tolerances
- Straightness
- Flatness
- Circularity (Roundness)
- Cylindricity
- Conversion Charts
- Conversion Of Position (Cylindrical) Tolerance Zones To/From Coordinate Tolerance Zones
- Conversion Of Position Tolerance Zone To/From Coordinate Tolerance Zone
- Conversion Of Coordinate Measurements To Position Location Measurements
- DATA TRANSLATION :- Exporting CATIA Files To The Other Neutral File Format Like IGES,
- STEP, .Wrl, .Sti, Etc.
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