AUTODESK INVENTOR 2018

AUTODESK INVENTOR 2018. INTRODUCTION TO SOLID MODELING - PART 2

Editorial:
ASCENT, CENTER FOR TECHNICAL KNOWLEDGE
Edición:
Materia:
Educación
ISBN:
978-1-946571-21-2
Encuadernación:
Tapa blanda

The Autodesk(R) Inventor(R) 2018: Introduction to Solid Modeling training guide provides you with an understanding of the parametric design philosophy through a hands-on, practice-intensive curriculum. You will learn the key skills and knowledge needed to design models using Autodesk Inventor, starting with conceptual sketching, through to solid modeling, assembly design, and drawing production. Topics Covered Understanding the Autodesk(R) Inventor(R) software interface Creating, constraining, and dimensioning 2D sketches Creating and editing the solid base 3D feature from a sketch Creating and editing secondary solid features that are sketched and placed Creating equations and working with parameters Manipulating the display of the model Resolving feature failures Duplicating geometry in the model Placing and constraining/connecting parts in assemblies Manipulating the display of components in an assembly Duplicating components in an assembly Obtaining model measurements and property

Otros libros del autor

  • AUTODESK INVENTOR 2018
    Titulo del libro
    AUTODESK INVENTOR 2018
    ASCENT, CENTER FOR TECHNICAL KNOWLEDGE
    The Autodesk(R) Inventor(R) 2018: Introduction to Solid Modeling training guide provides you with an understanding o...
    Consultar Disponibilidad
  • AUTODESK INVENTOR 2018
    Titulo del libro
    AUTODESK INVENTOR 2018
    ASCENT, CENTER FOR TECHNICAL KNOWLEDGE
    The Autodesk(R) Inventor(R) 2018: Sheet Metal Design student guide introduces the concepts and techniques of sheet m...
    Consultar Disponibilidad
  • AUTODESK INVENTOR 2018
    Titulo del libro
    AUTODESK INVENTOR 2018
    ASCENT, CENTER FOR TECHNICAL KNOWLEDGE
    Autodesk® Inventor® 2018: Working with 3D Annotations & Model-Based Definition teaches experienced Autodesk Inventor...
    Consultar Disponibilidad