Catia v5 book pdf free download

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 Access to the VR version of the software, to ensure compatibility with this guide.

The practices and files included with this guide might not be compatible with prior versions i. On completion of this learning guide, you 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.

This extensive hands-on learning guide, with numerous practices, focuses on concepts of measurement, analysis, and simple geometry creation. You are provided with a process-based approach to creating sheet metal models. Each step in the process is discussed in depth using lectures and several hands-on practices.

This learning guide focuses on the Generative Sheet Metal Design workbench. Topics Covered Generative Sheet Metal Design workbench Sheet Metal terminology Sheet Metal process Sheet Metal parameters Primary wall creation - Profile, Extruded, Rolled, and Hopper Defining walls Secondary walls - Wall on edge automatic and sketch based , Tangent, Swept Cylindrical bends Bends from flat Unfolded view Corner relief Point and curve mapping Creating standard stamps - surface stamp, bead, curve stamp, flanged cutout, louver, bridge, flanged hole, circular stamp, stiffening rib, dowel Punch and die Punch with Opening Faces Sheet Metal features - Corners, chamfers, cuts and holes Feature duplication Patterning - rectangular patterns, circular patterns User patterns Converting a solid part to sheet metal Output to DXF and drawing Prerequisites Access to the VR version of the software, to ensure compatibility with this guide.

This guide, with numerous practice exercises, focuses on the concepts of measurement, analysis, image capture, and drawing creation. Each lesson is presented with sep-by-step instructions. Although most of the steps are detailed for the beginner, the steps and processes are numbered and bolded so the more experienced user can go directly to the subject area of interest. Each lesson consists of an introduction, objectives, an introduction to the workbench and toolbars used in the lesson, step-by-step instructions, and concludes with a summary.

Review questions and additional practice exercises are at the end of each lesson. Table of Contents 1. Sketcher Workbench 4. Part Design Workbench 5. Drafting Workbench 6. Drafting Workbench 7. Assembly Design Workbench 9. Generative Shape Design Workbench DMU Navigator Rendering Workbench Parametric Design.

The chapters are designed to be independent of each other allowing the user to pick specific topics without the need to go through the previous chapters. However, the best strategy to learn is to sequentially cover the chapters.

Once you begin to see the patterns you'll be flying along on your own in no time. Visit scripting4v5. It does not only help you with macro programming but it helps you to understand how the software works which I find a real advantage.

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. Sketcher Workbench 3. Basic Sketch Based Features 4. Holes and Dress-Up Features 5. Patterned Geometry 6. Rib Features 7. Multi Section Solids 8.