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The Revolve option is useful for designing circular parts and features. Patterns and copies allow multiple instances of a feature to be created with little effort. In this section, you will revolve a section around a centerline to create a pulley and a hole. You will also create a pattern of holes and a copy of this pattern.

Sweeping and blending are useful techniques for designing parts which may be difficult to model with extrusions or revolves. Unlike these other modeling techniques, sweeps and blends allow for parts with varying cross-sections and parts that twist or bend. In this section you will created a constant cross-section U-shaped part using a sweep and a vase using a blend.

After successfully completing this exercise, you will know how to: Create datum axes and planes. Create holes, rounds, chamfers, and shells. Created extrude, revolve, and rib features. Copy, mirror, and pattern features.

How to search through a part or assembly for a specific feature or component.

You can create a datum feature that is used to measure the distance between two faces in a part. Since the datum is a feature, it updates each time the model regenerates. An Analysis datum is not displayed on the screen, and has no geometric description; however, you can select it in the Model Tree.

Creating 3 different types of simplified representations in Pro/E: features, work regions, and surfaces.

Deformation Areas act as malleable areas that stretch or compress to allow undevelopable regions to extend to the outside edges of the part. Consider the model below.

Lesson Objective: In this lesson, we will learn about Datum Planes, Datum Axes, Datum Points, and Datum Coordinate Systems.

Broken views are used to shorten a view of an elongated feature/model. Typically, the elongated model does not vary in features from one end to the other, and therefore, you can remove the middle of this model, and not lose any detail.

This procedure documents the steps required to add foreign document data types into Pro/INTRALINK, relating them to a Pro/ENGINEER part or assembly, and then displaying them in the ProductView plugin client. It assumes Pro/INTRALINK 3.0, the ProductView client, and the Graphics Server are all installed and functioning correctly. It also assumes a basic working knowledge of Pro/INTRALINK.

Creating pin and fitting, making an assembly using these parts and creating a drawing of the assembly.

This tutorial creates the individual aircraft components, drawn to scale in metres. The components will be assembled to make the basic shape of a concept aircraft. The style of the tutorial assumes the user has gained a basic understanding of single part modelling.

In this lesson, we will learn about Datum Curves.

This Lesson teaches you some of the fundamentals of using Assemblies. You will learn how to visualize existing assemblies and how to assemble parts together.

Many designs can be driven by a single parameter. In doing so, you force the part to change only as you intended when you designed it. For example, if a part must always fit into a specific space, you can define relations in such a manner that the overall size cannot exceed a desired value.