TAILIEUCHUNG - Lecture Autodesk inventor: Part creation

Lecture Autodesk inventor: Part creation. The main contents of the chapter consist of the following: Sketched features, sketched feature operations, sketched feature terminations, base feature, adding sketched features, another sketched feature. | Part Creation Sketched Features Sketched features include: Extrude Revolve Sweep Loft (Blend) Others (., Rib, Coil) Sketched Feature Operations Boolean operations are included as part of the feature construction. Operations include: Join (Union) Cut (Subtract) Intersect Sketched Feature Terminations To Next – extrude to next surface From To – extrude from one existing surface to another To – extrude to selected surface Angle – revolve through a certain angle Full – revolve 360 degree Through (All) – extrude all the way through a part Blind (Distance) – extrude to a fixed depth Base Feature The base feature is the first model feature to be created Other features are created using constraints that locate them relative to the base feature Base Feature Adding Sketched Features Establish a sketch plane (share sketch) Sketch Constrain Some constraints used to relate new feature to base feature Create Feature Extrude, Join Another Sketched Feature New sketch plane Create Feature Extrude Cut Sketch Constrain Dimension Sketched Feature Requiring a Work Plane If there are no convenient faces that can be used to orient a sketch plane, a work plane must be created Sketch, constrain Create feature Extrude, Join Placed (Referenced) Features Placed features are features that do not require a sketch Examples include holes, chamfers, fillets and shells NOTE: In Inventor, holes require that center points be placed on sketch plane prior to feature creation Parent-Child Relationships Parent-child relationship refers to way in which one feature is derived from, and consequently dependent upon another feature Child must appear below parent in feature tree Base feature is parent to all other features Parent deleted child deleted Feature Modifications Part Creation Cul De .

• Đồ họa - Thiết kế - Flash
• Autodesk inventor
• Lecture Autodesk inventor
• Sketched features
• Part creation
• Sketched feature operations
• Sketched feature terminations
• Giáo trình Hướng dẫn học Autodesk Inventor
• Hướng dẫn học Autodesk Inventor
• Học Autodesk Inventor
• Sử dụng Autodesk Inventor
• Giới thiệu Autodesk Inventor
• Tài liệu Autodesk Inventor
• Bài giảng Autodesk Inventor
• Thiết kế cơ khí
• Phần mềm Autodesk Inventor
• Ứng dụng Autodesk Inventor
• Chức năng Autodesk Inventor
• Giáo trình Autodesk Inventor
• Tài liệu về Autodesk Inventor
• Hướng dẫn sử dụng Autodesk Inventor
• Thiết kế chi tiết kim loại tấm
• Lắp ráp các chi tiết
• Mastering Autodesk® Inventor® 2012
• Autodesk® Inventor LT™ 2012
• Mastering IVN 2012
• Inventor design philosophy
• Data and projects
• Basic modeling techniques
• Giáo trình phần mềm Autodesk Inventor 2014
• Sử dụng phần mềm Autodesk Inventor 2014
• Thiết kế hệ thống máy
• Mô phỏng hệ thống máy
• Phần mềm Autodesk Inventor 2014
• Hướng dẫn sử dụng phần mềm Autodesk Inventor
• Lệnh tạo mô hình 3D
• Môi trường vẽ phác biên dạng 2D
• Công cụ tạo mô hình 3D
• Mô phỏng quá trình lắp ráp
• Lệnh tweak components
• inventor 2011
• giáo trình inventor 2011
• tài liệu inventor 2011
• lý thuyết inventor 2011
• tài liệu đồ họa
• phần mềm đồ họa
• hổ trợ kĩ thuật
• vẽ sketch 2D và 3D
• Autodesk Inventor 9
• Thiết kế phần mềm cơ khí
• Phần mềm công nghệ
• Cài đặt phần mềm
• Thiết kế phần mềm
• Nghiên cứu AutoDesk Inventor
• AutoCAD Mechanical desktop file
• Thiết kế cơ khí 3D
• Thiết kế vật thể 3D
• Solid modeling
• Swept solids
• Extruded solids
• Revolved solids
• Solid modeling data structures
• Boundary representation modeling
• B rep data structure
• Space curves
• Classes of CAD splines
• Cubic spline
• Bezier curves
• Parametric modeling
• Parametric modeling characteristics
• Dimensional constraints
• Feature based modeling
• Parametric sketching
• Feature creation procedure
• Sketch plane
• Rough sketch
• Part editing
• Feature tree
• Parent child relationships
• Editing the model
• Part documentation
• Parametric modeling files
• Concurrent engineering
• Model data associativity
• Advanced part modeling
• Loft feature
• Mirror features
• Part features
• Parametric assembly modeling
• Assembly modeling tools
• Assembly constraints
• Top down assembly design
• Principal enclosing box
• Enclosing box
• Imaginary box
• Principal dimensions
• Projection theory
• Parallel projections
• Perspective projection
• Projection plane
• Perspective projection characteristics
• Perspective sketch
• Vanishing points
• Parallel projection
• Parallel lines
• Uniform foreshortening