Catia V5 6r2015 Basics

CATIA V5-6R2015 Basics introduces you to the CATIA V5 user interface, basic tools and modeling techniques. It gives users a strong foundation of CATIA V5 and covers the creation of parts, assemblies, drawings, sheetmetal parts, and complex shapes. This textbook helps you to know the use of various tools and commands of CATIA V5 as well as learn the design techniques. Every topic of this textbook starts with a brief explanation followed by a step by step procedure. In addition to that, there are tutorials, exercises, and self-test questionnaires at the end of each chapter. These ensure that the user gains practical knowledge of each chapter before moving on to more advanced chapters. Table of Contents 1. Getting Started with CATIA V5-6R2015 2. Sketcher Workbench 3. Basic Sketch Based Features 4. Holes and Dress-Up Features 5. Patterned Geometry 6. Rib Features 7. Multi Section Solids 8. Additional Features and Multibody Parts 9. Modifying Parts 10. Assemblies 11. Drawings 12. Sheet Metal Design 13. Surface Design If you are an educator, you can request an evaluation copy by sending us an email to [email protected]

The CATIA V5-6R2015: Introduction for NC and FEA Engineers student guide, you learn the process of designing models with CATIA V5 from conceptual sketching, through to solid modeling, assembly design, and drawing production. Upon completion of this student guide, you will have acquired the skills to confidently work with CATIA V5. Gain an understanding of the parametric design philosophy of CATIA V5 in this extensive hands-on student guide. It is expected that all new users of CATIA V5 need to complete this student guide. Topics Covered Overview of Parametric Design Process Customization of CATIA V5 Environment Creating and Constraining Sketch Geometry Sketched Feature Techniques and Formulas Adding Material with Pad and Shaft Features Removing Material with Pocket and Groove Features Creating Reference Elements for construction and measurement Fillet, Chamfer, Hole, Draft, and Shell Dress-Up Features Pattern, Copy, and Mirror Duplication Features Thin Features, Stiffeners Obtaining Part Information Generative Drafting View Creation Generative Drafting Dimensioning and Annotation Rib and Slot Features Multi-sections Solid Features Feature Management Using the Hide / Show, Activate / Deactivate Functions Parent/Child Relationships and Feature Failure Resolution Assembly Design Workbench Constraint creation, assembly management, and PDM considerations Obtaining Assembly Information (Measure, Clash, and Bill of Materials) Standard Parts from Catalogues and Save Management Working with Multi-Body Models Effective Modeling Tips and Techniques Prerequisites Experience in mechanical design and drawing production is recommended.

The CATIA V5-6R2015: Introduction for Managers and Reviewers student guide provides an introduction to the interface and analysis capabilities of CATIA V5. Upon completion of this course, you will have acquired the skills to work with existing model data in CATIA V5. Through this extensive hands-on course with numerous practice exercises, focus will be given to concepts of measurement, analysis, image capture, and drawing creation. Topics Covered Overview of Parametric Design Process Customization of CATIA V5 Environment Feature Management Using the Hide/Show, Activate/Deactivate Functions Obtaining Part Information Assembly Design Workbench and assembly creation techniques Performing measurements and clash analyses Creating and viewing cross sections Creating and managing annotations Image raptures Working with cache Creating scenes Drawing view creation Creating and Constraining Sketch Geometry Adding Material with Pad and Shaft Features Removing Material with Pocket and Groove Features Prerequisites none

The CATIA V5-6R2015: Introduction to Surface Design student guide introduces the fundamentals of creating wireframe and surface geometry. This guide takes an in-depth look at process-based modeling techniques used to develop robust and flexible surface geometry. With the design intent as the focus, students learn about shape and continuity settings for simple and complex geometry types. Topics Covered Surfacing terminology Surface design process Creating wireframe geometry Creating simple surfaces Creating complex surfaces Performing operations on wireframe and surface geometry Working with surface geometry in the Part Design Workbench Geometrical Element Management Surface Fillets Boundary Representations Best practices for surface modeling Prerequisites CATIA V5-6 R2015: Introduction to Modeling

The CATIA V5-6R2015: Introduction for NC and FEA Engineers student guide provides an introduction to the interface and modeling capabilities of CATIA V5 with a focus on the specific tools required to perform NC and FEA operations. On completion of this student guide, students will have acquired the skills to work with existing model data in CATIA V5 and to create new geometry using wireframe, solid, and surface modeling techniques. Through this extensive hands-on student guide with numerous practices, focus is given to concepts of measurement, analysis, and simple geometry creation. Topics Covered Overview of Parametric Design Process Customization of CATIA V5 Environment Feature Management Using the Hide/Show, Activate/Deactivate Functions Obtaining Part Information Assembly Design Workbench and assembly creation techniques Creating and Constraining Sketch Geometry Adding Material with Pad and Shaft Features Introduction to Surfacing Creating Wireframe elements Creating Surfaces Performing Surface Operations Prerequisites none

CATIA V5 Tutorials Mechanism Design and Animation Releases 19 is composed of several tutorial style lessons. This book is intended to be used as a training guide for those who have a basic familiarity with part and assembly modeling in CATIA V5 Release 19 wishing to create and simulate the motion of mechanisms within CATIA Digital Mock Up (DMU). The tutorials are written so as to provide a hands-on look at the process of creating an assembly, developing the assembly into a mechanism, and simulating the motion of the mechanism in accordance with some time based inputs. The processes of generating movie files and plots of the kinematic results are covered. The majority of the common joint types are covered. Students majoring in engineering/technology, designers using CATIA V5 in industry, and practicing engineers can easily follow the book and develop a sound yet practical understanding of simulating mechanisms in DMU. The chapters of CATIA V5 Tutorials Mechanism Design and Animation Release 19 are designed to be used independent of each other allowing the user to pick specific topics of interest without having to go through the pervious chapters.

This textbook explains how to create models with freeform surfaces using CATIA V5. CATIA is a three dimensional CAD/CAM/CAE software developed by Dassault Systèms, France. This textbook is based on CATIA V5-6R2014. Users of earlier releases can use this book with minor modifications. We provide files for exercises via our website. All files are in CATIA V5R20 so readers can open the files using later releases of CATIA V5. It is assumed that readers of this textbook have no prior experience in using CATIA V5 for modeling 3D parts. This textbook is suitable for anyone interested in learning 3D modeling using CATIA V5. Each chapter deals with the major functions of creating 3D features using simple examples and step by step self-paced exercises. Additional drawings of 3D parts are provided at the end of each chapter for further self exercises. The final exercises are expected to be completed by readers who have fully understood the content and completed the exercises in each chapter. Topics covered in this textbook - Chapter 1: Basic component of CATIA V5 software, options and mouse operation. - Chapter 2: Basic step by step modeling process of CATIA V5. - Chapter 3 through 6: Creating sketches and sketch based features. - Chapter 7: Usage of reference elements to create complex 3D geometry. - Chapter 8: Dress-up features such as fillet, chamfer, draft and shell. - Chapter 9: Modification of 3D parts to take advantage of parametric modeling concepts. - Chapter 10: Creating complex 3D parts by creating multiple bodies and applying boolean operations. - Chapter 11: Copying or moving geometrical bodies. - Chapter 12: Advanced functions in creating a solid part such as a rib, stiffener and multi-sections solid. - Chapter 13: Usage of formulas. - Chapter 14 and 15: Constructing assembly structures and creating or modifying 3D parts in the context of assembly. - Chapter 16 and 17: Creating drawings for parts or assemblies.

CATIA V5-6R2017 Basics introduces you to the CATIA V5 user interface, basic tools and modeling techniques. It gives users a strong foundation of CATIA V5 and covers the creation of parts, assemblies, drawings, sheetmetal parts, and complex shapes. This textbook helps you to know the use of various tools and commands of CATIA V5 as well as learn the design techniques. Every topic of this textbook starts with a brief explanation followed by a step by step procedure. In addition to that, there are tutorials, exercises, and self-test questionnaires at the end of each chapter. These ensure that the user gains practical knowledge of each chapter before moving on to more advanced chapters. Table of Contents 1. Getting Started with CATIA V5-6R2017 2. Sketcher Workbench 3. Basic Sketch Based Features 4. Holes and Dress-Up Features 5. Patterned Geometry 6. Rib Features 7. Multi Section Solids 8. Additional Features and Multibody Parts 9. Modifying Parts 10. Assemblies 11. Drawings 12. Sheet Metal Design 13. Surface Design If you are an educator, you can request an evaluation copy by sending us an email to [email protected]

The CATIA V5-6R2015: Functional Tolerancing & Annotation student guide is extensive hands-on course with numerous practices that helps you acquire the skills to create and display engineering, manufacturing, and assembly information directly on the 3D part, assembly, or process model. Students attending this course will receive a thorough understanding of geometric tolerances, dimensions, notes, and other annotations critical to the accurate and cost-effective creation of mechanical parts and assemblies. The 3D Functional Tolerancing and Annotation course complies with the industry and government initiated American Society of Mechanical Engineers' (ASME) Y14.41 3D standards for the creation and submission of model only, paperless design applications. Topics Covered Introduction to Functional Tolerancing & Annotation Workbench overview Annotation process Extracting 2D view from the 3D model Annotation planes and extraction views Construction geometry Semantic and non-semantic annotations Datum Reference Frames Tolerance Advisor Basic Dimensions Annotations: Text, Flag Notes, Datum Elements, Datum Targets, Roughness, Dimensions Restricted Areas Threads Annotation Visualization Tools: Query, Grouping, Leader Symbols, Annotation Mirror and Transfer, Filters Cameras and Captures Geometry Connection Management FT&A analysis and reporting Product Functional Tolerance and Annotation workbench Prerequisites CATIA V5-6 R2015: Introduction to Modeling and working knowledge of GD&T application.