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Summer Training Report
On
“CATIA V5”
Submitted in partial fulfillment of requirements
for the award of the degree
Bachelor of Technology
In
Mechanical Engineering
To
IKG Punjab Technical University, Jalandhar
SUBMITTED TO: HOD-ME SUBMITTED BY:
Name: NIKETAN SHERPURI
Roll no.: 2102437
DEPARTMENT OF MECHANICAL ENGINEERING
Chandigarh Engineering College- CGC, Landran
Mohali, Punjab - 140307
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DECLARATION AND CERTIFICATE
We the students of the 5th Semester, hereby declare that
the presented report of training to the department of
Mechanical Engineering of Chandigarh Engineering College
during the academic year2023-24, is uniquely prepared by us
under the guidance of the P2P Analysis , Mohali.
After the completion of four weeks of work. The work done
by us is our own piece of work and authentic to the best of
our knowledge. This project work is submitted in partial
fulfilment of the requirements for the award of points in our
B.Tech course of Mechanical Engineering. The results
embodied in this report have not been submitted to any
other university or another institute of higher learning for
the award of any degree as such.
Signature of the candidates:
Niketan sherpuri(2102428)
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ACKNOWLEDGEMENT
Behind the successful completion of this report is the blessing and
guidance of many people. This formed piece of acknowledgement
may not be sufficient to express the feeling of gratitude towards
those people who helped me in every possible way in completion
of this work. I would like to express my special gratitude to my
college and Head of the department DR. RACHIN GOYAL
for giving me the opportunity to do this wonderful
academic training. Finally, I would like to acknowledge my group
members as without them it would have been impossible.
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ABSTRACT
According to training requirement, we have passed one month
internship program at P2P Analysis, Mohali , branch from 01/05/2023
to 26/05/2023.This internship focuses on "Integrated CAD using
CATIA," providing hands-on training in parametric modeling ,
assembly design, and product development. Participants gain
practical skills through collaborative projects, preparing them for
real-world applications in computer-aided design, engineering, and
manufacturing. The program fosters a comprehensive understanding
of CATIA's capabilities and industry relevance.
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INDEX
CHAPTER TITLE PAGE REMARK
NO
1. INTRODUCTION 6-7
2. BASIC CONCEPT 8-10
OF CATIA V5
3. WHY CATIA V5 11-13
4. CATIA V5 VS 14-15
OTHER
SOFTWARES
5. PROJECT 16-19
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CHAPTER - 1
INTRODUCTION
CATIA V5 is a powerful 3D modelling application that is widely
used in industries such as automotive, aerospace, and industrial
design. Its robust features and capabilities make it an excellent
choice for designing complex parts and assemblies. In this guide, we
will explore the basics of CATIA V5 and its many functions.
CATIA stands for
Computer Aided Three-Dimensional Interactive Application.
It’s much more than a CAD (Computer Aided Design) software
package. It’s a full software suite which incorporates CAD, CAE
(Computer-Aided Engineering) and CAM (Computer-Aided
Manufacture).
CATIA V5 is primarily used for designing, drafting, and manufacturing
of products in various industries such as aerospace, automotive,
industrial equipment, and more.
• Parametric Design:
CATIA V5 supports parametric modeling, allowing users to create 3D
models with defined parameters, making it easy to modify designs
and maintain design intent.
• Assembly Design:
Users can create complex assemblies of parts, simulate motion, and
analyse interferences between components.
• Surface Modeling:
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Advanced surface modeling capabilities for designing complex
shapes and organic forms.
• Drafting and Documentation:
CATIA V5 includes tools for creating 2D drawings, annotations, and
other documentation for manufacturing and assembly.
• Generative Shape Design:
Allows users to create and modify advanced 3D shapes using a
variety of tools.
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CHAPTER - 2
BASIC CONCEPTS OF CATIA V5
Drafting:
• 2D Drawing:
Creates detailed 2D drawings from 3D models,including
dimensions, annotations, and symbols.
• Dimensioning:
Adds dimensions to define the size and positionof features.
DMU (Digital Mock-Up):
• Kinematics:
Simulates the motion of assembled components.
• Space Analysis:
Evaluates spatial relationships and clearances inan assembly.
Wireframe and Surface Design:
• Wireframe Sketching:
Creates 2D and 3D wireframe geometry.
• Surface Operations:
Tools for creating and manipulating complex surfaces.
Sheet Metal Design:
• Bend and Unbend:
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Defines and modifies sheet metal bends.
• Flatten:
Unwraps the 3D sheet metal part into a flat pattern.
Analysis and Simulation:
• Finite Element Analysis (FEA):
Evaluates the structural integrity and behavior of parts
and assemblies.
• Generative Structural Analysis:
Performs structural analysison parts and assemblies.
CAM (Computer Aided Manufacturing):
• Prismatic Machining:
Defines and generates tool paths for machining prismatic features.
• 3-Axis Milling:
Generates toolpaths for machining complex 3Dshapes.
DMU Kinematics and DMU Space Analysis:
• DMU Kinematics:
Simulates the motion of mechanisms and analyzes their behavior.
• DMU Space Analysis:
Evaluates spatial relationships and clearances in an assembly.
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CHAPTER – 3
Why CATIA?
CATIA (Computer-Aided Three-Dimensional Interactive Application)is
considered highly useful and is widely used in various industries for
several reasons:
1. Versatility:
• Broad Applications:
CATIA is not limited to a specific industry. It is extensively used in
aerospace, automotive, industrial equipment, electronics, and other
sectors for designing a widerange of products.
2. Parametric Modeling:
• Design Intent:
CATIA supports parametric modeling, allowing designers to create 3D
models with defined parameters. This ensures that design changes
are easily implemented while maintaining the overall design intent.
3. Collaboration and Integration:
• Product Lifecycle Management (PLM):
CATIA integrates with PLM systems like ENOVIA, enabling
effective collaboration, data management, and version control across
design teams.
4. Assembly Design and Kinematics:
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• Complex Assemblies:
CATIA's Assembly Design work bench allows for the creation and
management of intricate assemblies. The DMU Kinematics
workbench enables simulation of motion, which is crucial for
industries like automotive and aerospace.
5. Surface Modeling:
• Advanced Surfacing:
CATIA provides powerful tools for creating and manipulating complex
surface geometry, making it suitable for industries where
aerodynamics and aesthetics are critical.
6. CAD/CAM Integration:
• Complete Solution:
CATIA offers a comprehensive solution that integrates both CAD
(Computer-Aided Design) and CAM(Computer-Aided
Manufacturing), making it efficient for designing and manufacturing
processes.
7. Industry Standards:
• Aerospace and Automotive Approval:
CATIA is widely approved and used in industries with stringent design
standards ,such as aerospace and automotive, where precision
andcompliance are crucial.
8. Simulation and Analysis:
• Finite Element Analysis (FEA):
CATIA provides tools for FEA, allowing engineers to analyze the
structural integrity and behavior of designs.
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• Generative Shape Design:
This workbench facilitates the creation and modification of
advanced 3D shapes.
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CHAPTER – 4
CATIA V5 VS OTHER SOFTWARES
1. Scope and Complexity:
CATIA:
• Designed for complex, large-scale projects.
• Used in industries such as aerospace, automotive, and industrial
design for intricate and sophisticated designs.
Solid Works:
• Primarily used for small to medium-sized projects.
• Suitable for product design and manufacturing in industries like
consumer goods, machinery, and electronics.
2. Ease of Use:
CATIA:
• Known for its powerful but sometimes complex interface.
• May have a steeper learning curve, especially for beginners.
Solid Works:
• Generally considered more user-friendly and easier to learn.
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• Popular among smaller businesses and individual designers.
3. Industry Focus:
CATIA:
• Widely used in industries with complex design requirements, such
as aerospace, automotive, and industrial machinery.
• Commonly required by large manufacturers and in industries with
strict standards.
Solid Works:
• Popular in industries that focus on product development ,consumer
goods, and general manufacturing.
•Commonly used by small to medium-sized enterprises.
4. Integration with Other Software:
CATIA:
• Integrated with Dassault System , PLM solutions, including
ENOVIA.
• Offers seamless collaboration and data management.
Solid Works:
• Integrates with other Dassault System products but may not offer
the same level of integration as CATIA.
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PROJECT
PLUMMER BLOCK
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