Catia Academy: A Comprehensive Course On Catia V5

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Catia Academy: A Comprehensive Course On Catia V5
Last updated 7/2022
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 12.56 GB | Duration: 21h 22m

An Ultimate CATIA V5 Course with Quizzes & Hands-On Training: Learn Parts, Surface, Sheet-Metal, Simulations & Drafting



What you'll learn
Confidently able to create 3D Models. & Assemblies.
Able to use CATIA DMU Kinematics for Simulation & Motion Analysis.
Able to use CATIA Generative Sheet Metal interface to create Sheet Metal Designs.
Able to use CATIA Drafting interface to create Drawing Sheets of Parts, Assemblies & Sheet Metals.
Able to work in Generative Shape Design(Surfacing) interface in CATIA, to create locomotives designs.
Perfect course to prepare for CATIA Dassault Certification Program for Structural Designs.

Requirements
No prior knowledge required, just need desire to learn.
Any Version of CATIA V5.

Description
This is a full-length course on CATIA V5. This course will take you on a journey from nothing to a certified CATIA Designer. We have tried to make this course so comprehensive that you can get almost all demanding topics necessary in industries. This course includes all the tools that are required to create the basic and complex structures on the interfaces like Part Designs, Assembly Designs & Generative Sheet Metal Designs.-------------------------------------------------------------------Why you should take this course?Firstly this course is made by the professional expert, who has more than 5 years of teaching experience and he knows how to make student understand every tools and topics.There are 120+ Lectures covering almost all the tools that is important for 3D Modelling in CATIA.This Course is made using CATIA V5 R19 version but you can able to work on any version of CATIA V5.We keep on upgrading this course according to the feedback of the students, and all the upgrades are always free once you enrolled.We have covered the DMU Kinematics Section in CATIA, with every details that you require for creating the simulation of the product.We have also included Video Examples for Assembly & Simulation of Various Product, Like Engine, CAM Follower, Shaper Mechanism. So that you understand the Assembly & Simulation clearly.We have also covered Generative Shape Design(Surfacing), which is the most important module in CATIA. We have also included Generative Sheet Metal Design that is one of the strong part of CATIA.We are always there to help you, just ask your doubts, we will clear them as soon as possible.Topics That We Cover In this Course.Sketcher: We will learn basic tools that are required for sketching your 2D Designs, We will learn about basic shapes, basic modification tools, and some advanced tools.Part Design: In this module, we learn to create 3D Models, we will going to spend a good time here learning all the tools used to create and modify models.Assembly Designs: Assembly is yet another important topic in which we will learn how to assemble parts and sub-assemblies to create a complete product. Here we will be going to use different constraints for our assemblies.DMU Kinematics: This is a very interesting module in which we will learn to simulate the product that we will create in an assembly, we will learn to create manual as well as automatic joints, there will be lots of examples as well that will help you to clear out your concepts.Sheet Metal: Sheet Metal is one of the most popular interfaces in CATIA, In this module, we will going to learn, how to create bends and cuts in the sheets and we will also going to different kinds of the stamping process.Generative Shape Designs(Surfacing): This is the most important module in CATIA. CATIA is widely used in locomotive industries for creating outer bodies of locomotives, that is majorly done in Generative Surface Design(Surfacing) Only.Drafting: In this, we will going to learn to produce our model into the drawing sheets with different views, like Standard Views, Section Views, etc. We are also going to see various annotations like Dimensions, text, etc., We will learn to create drawings of Parts, Assemblies, and Sheet Metals as well.Overview of What you will learn?Brief understanding of the interface of the CATIA Workbench.How to create sketches using different sketch tools.How to use constraints to define your sketch.How to create 3D Models with different Modelling tools like, PAD, Pocket, Shaft, Multi-section solid.How to create User Defined references, like Reference Plane, Points & Line.How to apply different materials and create rendering of the parts and product.How to use Different Pattern tools available in CATIA.We will cover some advance modelling tools, like Rib, Multi-Section with Guide Curve, etc.How to assemble the parts in Assembly design workbench.Some Important Assembly Features, like Multi-Installation, Define Multi Installation.After Assembly, we will simulate the product with DMU Kinematics Workbench.How to manually create simulation joints like, Revolute, Cylindrical, Planer Joints, etc.How to use "Assembly Constraints Conversion" tool for converting assembly joints into simulation joints.We will create sheet metal parts using "Generative sheet metal design interface"We will going to see tools like Flanges, Wall edge, Extrusion, Default Stamping tools.We will going to create user stamp as well and we will create dining plates and different exercises with that.Finally we end this course with Drafting, we create standard drafting using First & Third angle projections.We will see different view tools, like Section View, Projection View, etc.We will learn different annotations like dimensions, text, leader.We will also learn to create Assembly drafting and Sheet Metal Drafting.So, Overall it's a complete course to learn CATIA. And Don't worry about your doubts, we are always there to help you during this course, Just Ask!

Overview

Section 1: Let's Get Started with Basic Shapes

Lecture 1 An Introduction to CATIA V5.

Lecture 2 An Introduction to Sketcher Workbench.

Lecture 3 Toolbars that we will cover.

Lecture 4 Grids, Line & Profile Commands.

Lecture 5 Different Types of Lines.

Lecture 6 EXERCISE TIME! Your First Exercise.

Lecture 7 Circles & Arcs.

Lecture 8 IMPORTANT! Dimensional & Geometrical Constraints.

Lecture 9 Geometrical Constraints & Constraints Features.

Lecture 10 EXERCISE TIME! Use of Constraints.

Lecture 11 Pre-Defined Toolbar.

Lecture 12 Reset your Workspace.

Section 2: Let's Learn About Operation Toolbars

Lecture 13 Trim & Break.

Lecture 14 Quick Trim, Close & Complement.

Lecture 15 Working with "Corner".

Lecture 16 Some More Properties of Corner.

Lecture 17 Adding Chamfers to a Sketch.

Lecture 18 EXERCISE TIME! Grab the basics.

Section 3: Let's Learn About Sketch Transformation Toolbars

Lecture 19 Sketch Transformation: Translate.

Lecture 20 Sketch Transformation: Rotate.

Lecture 21 Sketch Transformation: Scale & offset.

Lecture 22 More Properties of Offset.

Lecture 23 Sketch Transformation Part 4: Mirror & Symmetry.

Lecture 24 EXERCISE TIME! Use of Mirror & Offset.

Lecture 25 EXERCISE TIME! Use of Rotate & Offset.

Section 4: Let's Get Started with Part Design Interface

Lecture 26 An Introduction to Part Design Workbench.

Lecture 27 Sketch Based Feature: Pad Feature.

Lecture 28 Conditions for PAD.

Lecture 29 Different Display Features & Use of Body Surface.

Lecture 30 Table Support & Mouse Handling.

Lecture 31 Parametric Nature of the Software.

Lecture 32 EXERCISE TIME! Use of PAD Feature.

Lecture 33 Properties of PAD: Lecture 1.

Lecture 34 Properties of PAD: Lecture 2.

Lecture 35 Sketch Based Feature: Pocket Feature.

Lecture 36 EXERCISE TIME! Use of PAD & Pocket Feature.

Lecture 37 Sketch Based Feature: Multi-PAD & Multi-Pocket.

Section 5: Let's Learn more about Part Design

Lecture 38 Sketch Based Feature: Shaft & Groove.

Lecture 39 More Properties of Shaft & Groove.

Lecture 40 Dress Up Features: Shell & Multi Shell.

Lecture 41 EXERCISE TIME! Use of Shaft & Shell.

Lecture 42 Object Color & Object Transparency.

Lecture 43 Applying Material from Material Library.

Lecture 44 Creating Custom Materials.

Lecture 45 Measuring Tools in CATIA.

Lecture 46 Edge Fillet, Face-Face Fillet & Tri tangent Fillet.

Lecture 47 Properties of Fillets.

Lecture 48 Properties of Fillets(Continue)

Lecture 49 Variable Radius Fillet.

Lecture 50 Creating Chordal Fillets.

Lecture 51 Dress Up Feature: Chamfer Edge.

Lecture 52 Exercise Time! Use of fillets.

Lecture 53 Project 3D Element.

Lecture 54 Creating Stiffeners.

Lecture 55 Creating Sections by Stiffener.

Lecture 56 Exercise Time: Use of Stiffener.

Lecture 57 Exercise Time: Stiffener for Circular Sections.

Section 6: Let's Learn About 3D Transformation Features

Lecture 58 Using Translate Feature.

Lecture 59 Symmetry, Rotate & Axis-Axis.

Lecture 60 Use of Rectangular Pattern.

Lecture 61 Properties of Pattern.

Lecture 62 Use of Circular Pattern.

Lecture 63 Creating User Pattern.

Lecture 64 3D Transformation Features Part 5: Scaling & Affinity.

Lecture 65 EXERCISE TIME! Use of Shaft & Pattern!

Section 7: Let's Get to know some Reference Elements

Lecture 66 Reference Elements: Part 1: Reference Points.

Lecture 67 Reference Elements: Part 2: Reference Planes.

Lecture 68 Reference Elements: Part 3: Reference Line.

Section 8: Let's Learn Some Advance Modelling Tools

Lecture 69 Advance Modeling Tools Part 1: Rib & Slot.

Lecture 70 Advance Modeling Tools Part 2: Helix.

Lecture 71 EXERCISE TIME! Use of Rib Feature.

Lecture 72 Advance Modeling Tools Part 3: Multi-Section Solid.

Lecture 73 Multi-Section Solid: Part 2.

Lecture 74 Multi-Section Solid: Part 3.

Lecture 75 Exercise Time! Use of Multi Section.

Lecture 76 Muti-Section Solid with Guide Curve: Part 1.

Lecture 77 Multi-Section Solid with Guide Curve: Part 2.

Section 9: Let's Get Started with Assembly Design Interface

Lecture 78 Introduction to An Assembly Design.

Lecture 79 Bush & Shaft Assembly: Part 1.

Lecture 80 Bush & Shaft Assembly: Part 2.

Lecture 81 Manipulation Tools.

Lecture 82 Assembly Constraints Part 1: Coincident & Contact Constraints.

Lecture 83 Assembly Constraints Part 2: Offset, Fix & Angle Constraints.

Lecture 84 Assembly Constraints Part 3: Quick & Fix Together Constraints.

Lecture 85 EXERCISE TIME! Single Cylinder Engine Assembly.

Section 10: Let's Get Some Handy Tools in an Assembly

Lecture 86 Designs Library: Catalog.

Lecture 87 Fast Multi-Installation & Edit Multi-Installation.

Lecture 88 Existing Components with Positioning.

Lecture 89 Some More Features in Move Toolbar.

Section 11: Let's Gets Started with DMU Kinematics

Lecture 90 Introduction to DMU Kinematics.

Lecture 91 Concept of Hide & Show Elements.

Lecture 92 Kinematics Joint Part 1: Revolute Joint.

Lecture 93 Revolute Joint: Lecture 2.

Lecture 94 Kinematics Joint Part 2: Cylindrical Joint & Joint Analysis.

Lecture 95 Kinematics Joint Part 3: Screw Joint.

Lecture 96 Kinematics Joint Part 4: Prismatic Joint.

Lecture 97 Assembly Constraints Conversion.

Lecture 98 EXERCISE TIME! Simulating Single Cylinder Engine.

Lecture 99 The Feature: Simulation.

Section 12: Let's Get Started with Generative Sheet Metal Design Interface

Lecture 100 Introduction to Sheet Metal in CATIA.

Lecture 101 Providing Sheet Metal Parameters.

Lecture 102 Wall Features Part 1: Wall & Wall on Edge.

Lecture 103 Swept Wall Features.

Lecture 104 Properties of Bend Extremities.

Lecture 105 Wall Features Part 2: Extrusion.

Lecture 106 Cutting & Stamping Part 1: Cut Out & Hole

Lecture 107 Corner Relief, Fold & Unfold View, Corner, Chamfer.

Lecture 108 Stamping Feature :Part 1

Lecture 109 Stamping Feature :Part 2

Lecture 110 User Stamp: Part 1

Lecture 111 User Stamp: Part 2

Lecture 112 EXERCISE TIME! Creating Dining Plate.

Lecture 113 The Bending Part 1: Bend & Conical Bend.

Lecture 114 The Bending Part 2: Bend From Flat.

Lecture 115 Transformation Features in Sheet Metal.

Lecture 116 The Rolled Walls Part 1: Rolled Wall.

Lecture 117 The Rolled Walls Part 2: Hopper.

Section 13: Let's Get Started with Generative Shape Design Interface

Lecture 118 Introduction to Surfacing.

Lecture 119 Extrude & Revolve Feature.

Lecture 120 Sphere & Cylinder Feature.

Lecture 121 Use of Split Tool.

Lecture 122 Trim Tool, Difference between Trim & Spilt.

Lecture 123 Fill Surface.

Lecture 124 Properties of Fill Surface.

Lecture 125 Blend Feature.

Lecture 126 Properties of Blend.

Lecture 127 Fillets: Conventional Fillets.

Lecture 128 Fillets: Shape Fillets

Lecture 129 Offset in Surface.

Lecture 130 Variable Offset.

Lecture 131 Rough Offset.

Lecture 132 Translate, Rotate & Symmetry.

Lecture 133 Scaling, Affinity & Axis-Axis.

Lecture 134 Creating Patterns.

Section 14: Let's Learn About Wireframes.

Lecture 135 Introduction to Wireframe Toolbar.

Lecture 136 Creating Points.

Lecture 137 Creating Lines.

Lecture 138 Creating Planes.

Lecture 139 Creating Helix.

Lecture 140 Creating Spiral.

Lecture 141 Projection & Combine Curve.

Lecture 142 Projection(Continue), Intersection, Parallel Curves.

Section 15: Let's Get Started with Drafting Interface

Lecture 143 Introduction to Drafting in CATIA.

Lecture 144 Creating First Drawing Sheet using Standard Views.

Lecture 145 The View Toolbar Part 1: Projections.

Lecture 146 The View Toolbar Part 2: Sections.

Lecture 147 The View Toolbar Part 3: Detail & Clipping View.

Lecture 148 The View Toolbar Part 4: Break & Break Out View.

Lecture 149 The Annotations Part 1: Generating Dimensions.

Lecture 150 The Annotations Part 2: Text & Tables.

Lecture 151 Bonus Lecture: Writing Text on 3D Model.

Lecture 152 Creating & Editing Sheets.

Lecture 153 Creating Custom Sheet Format

Lecture 154 Introduction to An Assembly Drafting.

Lecture 155 Creating & Exporting Exploded View.

Lecture 156 Generating Balloons/Numbering & Bill of Material.

Lecture 157 Customizing Bill of Material.

Lecture 158 Filling Out Vacant Columns.

Lecture 159 Complete Assembly Drafting & Creating PDFs.

Lecture 160 Finally! Sheet-Metal Drafting: Flat Pattern View.

Lecture 161 Conclusion!

Individuals intending to learn the basics of CATIA.,Individuals who wants to get started with 3D modeling.,Individuals wanting to get a better job via CATIA skills.,Designers, Engineers, Makers, and Hobbyist.,Individuals who want to create their carrier in Product Design.,Individuals who wants to learn the basics of CATIA DMU Kinematics.,Individuals who wants to learn the basics of CATIA Sheet Metal.

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