Overview

It is also used in aerospace, automotive companies. It is very simple, useful and powerful software. q It simplifies complex product designs. q Initial release in 1973. q1. Introduction to NX

It allows you to perform various editing actions on those features.u It shows all the entities used during modeling. u The Part Navigator provides a visual representation of the features in the work. uPart Navigator

NX Environment NX Modelling Environment Assembly Environment Drafting Environment Shape Studio Environment Sheet Metal

Advanced Modelling toolu Two dimensional sketching uModelling environment The Modelling environment is a feature-based environment in which you can create solid models.

Two dimensional sketching You can directly create a sketch on a Plane in Modelling application. In most cases, Modelling starts from a 2D sketch and then Extrude, Revolve or Sweep the sketch to create solids. Many complex shapes that are otherwise very difficult to model can easily be drawn by sketching.

2D Sketch

Intersect Unite The unit command adds the Tool body with the Target body.u subtract u Unite uBoolean Operations These options can be used when two or more solid bodies share the same model space in the part file.

Intersect: This command leaves the volume that common to both target body and tool body .u Subtract: When using the subtract option the tool body is subtracted from the target body. uBoolean Operations

Pattern featureq Mirror feature q Hole q The advanced modelling tools are mostly used to place different types of standard and User- defined features on a model. Most of the mechanical designs are created using the advanced modelling. uAdvance modelling tool The Pattern Feature tool is a very versatile tool in NX. This tool is used to create the linear and circular patterns of features. It is also used to create the polygon, spiral, along curve, helix patterns. Pattern feature

  • BASIC & ADVANC SKETCHING
  • PART MODELING
  • ASSEMBLY MODELING
  • PRODUCTION DRAWING

Duration of Course

  • 30 Hours Theory
  • 30 Hours Practical
  • 20 Hours Project work
Technical Features
  • Introduction to the Sketcher
  • User interface
  • Object creations and Modification tools
  • Automatic and Geometric Relations
  • Datumhs
  • Applying and Modifying Dimensions
  • Various 3D Sketching
  • Cartesian and Composite curves
  • Intro. to part Modeling
  • Plane point and co-ordinate Generation
  • Basic part creation(Extrude ,Revolve)
  • Advance part creation (sweep, loft, flex)
  • Modify part (Fillet, Chamfer ,Rib)
  • Fastening part (vent ,Mounting boss,)
  • Family creation (Design, table, configurations Equations)
  • Basic assembly concepts
  • Creating assemblies
  • Positioning assembly components
  • Assembly revisions and componer
  • replacements
  • Assembly sequencing
  • Assemblies- clearance and analys
  • Deformable components
  • Part families
  • Introduction to drafting
  • Drawings and views
  • Creating dimensions
  • notes and labels
  • Plotting drawings

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