Learn CATIA V5 from A TO Z

This module is responsible for converting  two-dimensional graphics to three-dimensional objects which is most famous in CATIA and is closely linked with sketcher module. The part design Module it is considered from most important modules, that used by the designer to get the additional advantage from cad programs, which is stereotaxic drawing or three-dimensional drawing. 

This video will give you complete knowledge on creation of Points, Lines and Planes.

This session will explain about Pad, Pocket, Shaft, Groove, Holes, Rib and Slot.

This session explains about Stiffeners, Sold Combine, Multi section Solids and Removed Multi section Solids.

In this session students will learn about Dress up features such as Fillet, Chamfer, Shell, Draft, Thread/Tap, Thickness, Remove face and Replace face.

In this session students will learn about surface based features(Split, thick Surface, Close Surface and Sew Surface), Transformation features(Translate, Rotate, Symmetry, Mirror, Scale, Affinity, Patterns, etc) and Boolean operations(Assemble, Add, Remove, Intersect, Union Trim, etc)

This session is completely about the examples. Total 8 drawings are used to create models with the use of different part design features. More example videos will be provided on demand.

Introduction to Sheet Metal Design

• Generative Sheet Metal Design Overview

• Defining Sheet Metal Parameters

• Recommendations for Getting Started

• What is a Sheet Metal Wall?

• Defining the First Wall

• Secondary Walls

• Part Recognition

• Recommendations for Sheet Metal Walls

• Creating Flanges

• Recommendations for Flanges

This video explains the following topics:

• Creation of Rolled wall and Hopper

• Bends

• Unfolded Mode

• Recommendations for Bends

• Point or Curve Mapping

This video explains the following topics:

• Cutouts

• Holes

• Corner Relief

• Corners and Chamfers

• Standard Stamps

• Recommendations for Sheet Metal Features

This video will explain the following topics:

• User-Defined Stamps

• Check Overlapping

• Example

Upon completion of this course you will be able to:

• Understand the terminology and the design process for creating a sheetmetal part

• Define and manage the sheetmetal part parameters

• Design walls, bends, and flanges

• Add features such as cutouts, holes, corners, and chamfers

• Create standard and user-defined stamped features

• Manage folded and unfolded views and export a finished flat pattern 

This Workbench is responsible for assembling the parts previously produced in Part Design, and it is most important for those who work in the field of machinery design or design in general, because it is the one who shows the inter-relationships between the parts of the machine or any mechanical establishment.

At the end of this video you will be able to perform following operations:

• Create parts inside assembly work bench

• Call the parts inside the assembly work bench

• Create instances

• Manipulation/snap-smart move

• Create permanent constraints

• Assembling with the help of pattern

• Assembling of the parts

This course covers wireframe tools which are required for surface design. Generative Shape Design allows you to quickly model both simple and complex shapes using wireframe and surface features. It provides a large set of tools for creating and editing shape designs and, when combined with other products such as CATIA Part Design, it meets the requirements of solid-based hybrid modeling.

The feature-based approach offers a productive and intuitive design environment to capture and re-use design methodologies and specifications. Generative Shape Design allows you to create wireframe geometry such as points, lines, planes and curves. You can make use of this elementary geometry when you create more complex surfaces later on.

This video will teach you about following tools of GSD.

• Fill

• Multi section surface

• Blend

• Split

• Trim

• Extracts

• Fillets

• Transformations

• Extrapolate

Students will learn about the generation of the Views and different tools used to generate the Views.

Students will learn about the Section Views, Detail Views, Clipping, Break View and Wizard.

Students will learn about the Dimensions

Students will learn about the Annotations