SYALLABUS OVERVIEW
- Catia User Interface
- Sketch Creation and Editing Drawing Sketches In The Sketcher Workbench-Ii
- Constraining Sketches And Creating Base Features
- Features Based On Sketch
- Transformation Features
- Creation Editing Features
- Transformation Features And Advanced Modeling Tools-I
- Advanced Modeling Tools-Ii
- Dress Up Feature Creation
- Assembly Modeling
- Part Editing In Assembly
- Surface Features Editing And Modifying Surfaces
- Generating Drawing Views,Bom,Balloons Working With The Drafting Workbench-Ii
- Dressup On 2d Views
- Real Time Rendering
- Basic Geometric Dimensioning And Tolerancing
- Kinematics In Catia
CATIA
CATIA (Computer Aided Three-dimensional Interactive Application) (in English usually pronounced /kəˈtiə/) is a multi-platform CAD/CAM/CAE commercial software suite developed by the French company Dassault Systems. Written in the C++ programming language, CATIA is the cornerstone of the Dassault Systemes product lifecycle management software suite.
CATIA competes in the high-end CAD/CAM/CAE market with Creo Elements/Pro and NX (Unigraphics).
CATIA started as an in-house development in 1977 by French aircraft manufacturer Avions Marcel Dassault, at that time customer of the CAD/CAM CAD software[1] to develop Dassault’s Mirage fighter jet, then was adopted in the aerospace, automotive, shipbuilding, and other industries.
Initially named CATI (Conception Assistée Tridimensionnelle Interactive — French for Interactive Aided Three-dimensional Design ) — it was renamed CATIA in 1981, when Dassault created a subsidiary to develop and sell the software, and signed a non-exclusive distribution agreement with IBM. In 1984, the Boeing Company had chosen CATIA V3 as its main 3D CAD tool, becoming its largest customer.
Applications
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Aeronautical application
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Fabrication & Assembly
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Automotive Shipbuilding and process plants.
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Electrical & Electronics goods Industrial equipment
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Systems engineering
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Face design CATIA
In mathematics, specifically, in topology, a surface is a two-dimensional, topological manifold. The most familiar examples are those that arise as the boundaries of solid objects in ordinary three-dimensional Euclidean space R3 — for example, the surface of a ball. On the other hand, there are surfaces, such as the Klein bottle, that cannot be embedded in three-dimensional Euclidean space without introducing singularities or self-intersections.
CATIA Training
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To say that a surface is “two-dimensional” means that, about each point, there is a coordinate patch on which a two-dimensional coordinate system is defined. For example, the surface of the Earth is (ideally) a two-dimensional sphere, and latitude and longitude provide two-dimensional coordinates on it (except at the poles and along the 180th meridian).
The concept of surface finds application
in physics, engineering, computer graphics, and many other disciplines, primarily in representing the surfaces of physical objects. For example, in analyzing the aerodynamic properties of an airplane, the central consideration is the flow of air along its surface.
CATIA V5 Analysis Capabilities:
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- Linear stress analysis on parts and hybrid assemblies (Solid, surface, and wireframe)
- Transient and harmonic dynamic analysis
- Contact analysis
- Buckling analysis
- Thermo-mechanical analysis
- Modal analysis
- Vehicle assembly analysis
- Assembly of multiple analysis models
Features and Benefits
- User-friendly environment
- Fast design-analysis loops
- Multidiscipline collaboration
- Knowledge-based optimization
Unique Features
- Authorized Training Using Educational licenc
- Industry Standard and Practical oriented Training.
- Allocation of project Work For The Final Year Student
- Convenient batch Timing-Full Time/Part Time/Week End
- Placement Assistance across user Industries
BATCHES
FULL TIME & PART TIME
Attractive Concession for students & Group Registration