Course content & topics of CAD CAM CAE Training in mysore
CAD CAM CAE course content and key topics covered in mysore may vary from one training institute to another training provider . However our CAD CAM CAE course training experts mysore has identifed the list of topics which helps job oriented course training and most of the course content are focused on CAD CAM CAE placement training course training. The CAD CAM CAE course syllabus covers basic to advanced level course contents which is used by most of CAD CAM CAE training classes in mysore.
1. A. CAD USING UNI GRAPHICS
Modeling: Introduction, Sketch, Curve, Curve Operations, Form Feature,
Feature Operation, Transform.
Assembly: Assembly of Components, Exploded Views, Sequencing, Context
Control and Cloning and Component arrays editing, Top Down Assembly.
Drafting: Drawing sheets, Views, Dimensioning, Annotations, Symbols, Tabular
note and Part list.
1. B. CAD Using PRO-E
Part Modeling: Introduction, Sketch, Base features, Datum features, sections in
sketch based features, Edit feature, Engineering features, Construction features,
Advanced features, Tweak feature, UDFs & Group, Relation & family Table,
Resolving feature failures
Pro/Assembly: Creating Assemblies, placing, patterning, packaging, freeform
Manipulation of components, Top Down Assemblies, view.
Pro/Detail: Drafting basics, creating a Drawing with Model views, Dimensioning
& Detailing, Tables & BOM Balloons
1. C. CAD USING CATIA
Modeling: Introduction to GUI, Sketcher, Constraints, Sketch-based features,
Dress up features, Transformation features, associating bodies with Boolean
Operations, Reference Elements, Modifying features.
Assembly Design: Creating assembly, Manipulating components in assembly,
Assembly constraints, Exploded view, Clash checking, Assembly features,
Scene creation, Using Mechanical Standard parts, Top Down Assembly.
Drafting: Generative Drafting, Interactive Drafting, Creating Views, Sections,
2. A. CAD/CAM USING UNIGRAPHICS
Syllabus of CAD USING UNIGRAPHICS + CAM
Direct Modeling, Free form feature: Sheets from points, Making sheets from
variable cross sections, Bridging, Offsetting, Filleting & Trimming sheet
Sheet Metal feature: Tab, Flange, Break corner, closed corner, Normal cutout,
Jog, Bend, Dimple, Bead, Unbend, Rebend, Edge rib, flat solid.
Manufacturing: Model Creation, Tool Selection, Geometry Definition, Machining
Methods, Planer Milling & Contour milling Operations & Post Processing
2. B. CAD/CAM USING PRO-E
Syllabus of CAD USING PRO-E + CAM
Pro/Surface: Creating a Surface Feature, Trimming Quilts, Flattening &
Bending, Creating Solid Geometry Using Quilt, Freeform Surfaces, Boundary,
Conic surface and N-sided patch, style tools
Pro/Sheet metal: Introduction creates conversion, wall and Rib, cut, form, flatten
form, notch punch, and bend, unbend, bend back, corner relief, deform, edge
Pro/NC: Manufacturing Process & Parameters, Tooling, NC sequence-Milling &
Lathe-turning, CL Data, NC sequence Definition, Creation of CL Data File, NC
2. C. CAD/CAM USING CATIA
Syllabus of CAD USING CATIA + CAM
Surface Design: Wire frame geometry creation, Basic surface, Operations on
surface, advanced surface, Surface based features in Part design.
Sheet metal: Introduction, Sheet Metal Parameters, Creating the side walls,
Cutout, Automatic bends.
Mold Design: Core - Cavity separation, Basic mold design.
Manufacturing: Basic Tasks, Part operations, Programs & Processes,
Managing Manufacturing Entities, Verification, Simulation and NC Code
3. A. CAE USING HYPERWORKS
Hyper mesh: Basic modeling, Geometry cleanup, organizing the model with
collectors, extracting mid surfaces & simplifying, Selecting the user Profiles,
Project, Numbering, Mask, Normals, Interactive surface meshing, Element
density, Algorithms, Checking element quality. Introduction to solid meshing:
Solid panels, Drag, spin, Line drag, Element offset, Linear solid.
Optistruct- Linear Static Analysis, Thermal Analysis, Modal Analysis, Harmonic
Analysis, Inertia Relief Analysis.
Optimization- Topology, optimization for solid problems, Optimization for stress
Hypermorph- Morph volumes, Morph to geometry, Freehand morph, Morph
Hypergraph, hyperview, Batch mesher.
3. B. CAE USING ANSYS
Introduction to FEA & ANSYS: GUI, Basics & general analysis procedure.
Modeling: Creating Solid model, Finite element modeling and importing models,
Select Entities Component manager.
Meshing: Quad and Tetrahedron mesh, Volumes, Areas, Line meshing. Free
and mapped meshing, Check mesh.
Structural Analysis: Static, Modal, Harmonic, Spectrum, p-method, Nonlinear &
Transient analysis. Thermal Analysis: Steady state thermal analysis.
ANSYS Workbench: Simulation, CFX Mesh, Engineering Datasheet &FE
4. CAE USING MOLDFLOW
Introduction to CAE: Basics of Plastics Product Design, Mold flow Modeling,
Mesh Creation, Mesh Checking, Surface repair tools, Creating Feed system &
Meshing Tools: Create node, curves, regions, move/copy, nodal mesh tools,
edge mesh tools Mid plane& 3D Solid.
Analysis: Gate location, Fill, Flow, Cool, Pack, Warp, Shrinkage, molding
window, Case Study.
5. CAD USING UNIGRAPHICS WITH MOLD WIZARD
Syllabus of CAD USING UNIGRAPHICS +
Mold wizard: Loading Product, Family Mould, Shrinkage, Work piece,
Layout, Mould Tools, Parting, Mould Base, Standard Parts, Slider lifter,
Ejector pin, Runner, Gate, Cooling, Insert, Electrode, Mold trim, Bill of
material, Mould Drawing.
6. CAD/CAM USING UNIGRAPHICS with MOLD WIZARD
Syllabus of CAD/CAM Using Unigraphics + MOLD WIZARD
7. CAD/CAM USING PRO-E with PROMOLD
Syllabus of CAD/CAM Using PRO-E+ PROMOLD
8. CAD/CAM USING UNIGRAPHICS (or) CATIA
CAE USING ANSYS (or) HYPERWORKS
Syllabus of 2.A. (or) 2.C + Syllabus of 3.A. (or) 3.B