1 / 17

BME506 Pro/E Applications For BME

BME506 Pro/E Applications For BME. Instructor: Xiangying Chen, Ph.D Dept. of Biomedical Engineering University of Miami. Syllabus. Time: TR 6:25 PM – 7:40 PM (Section U) Class Room: MEB 237 Text Book: Pro/ENGINEER Wildfire 5.0 Instructor, by David S. Kelley

howe
Download Presentation

BME506 Pro/E Applications For BME

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. BME506 Pro/E Applications For BME Instructor: Xiangying Chen, Ph.D Dept. of Biomedical Engineering University of Miami

  2. Syllabus • Time: TR 6:25 PM – 7:40 PM (Section U) • Class Room: MEB 237 • Text Book: Pro/ENGINEER Wildfire 5.0 Instructor, by David S. Kelley • Instructor: Xiangying Chen, PhD Office: MEB 144B E-mail: shawn_xy_2000@yahoo.com Office Hours: TBA • Objective: To familiarize students with Pro/E Wildfire 5.0 as a 3D drawing and design aid.

  3. Syllabus • Topics: • User Interface • Creating a Sketch • Extruding/Modifying/Redefining Features • Revolved Features • Swept and Blended Features • Assembly Modeling • Grading Policy: Homework 50%, class participation and quizzes 10%, 2 exams 20% each.

  4. An Overview of Pro/ENGINEER • Pro/ENGINEER is a computer graphics system for modeling various mechanical designs and for performing related design and manufacturing operations. • The system is a feature-based, parametric solid modeling system with many design and manufacturing applications. • Feature-Based Design • Create sketched features including protrusions, cuts, and slots made by either extruding, revolving, or sweeping along a 2D sketched trajectory, or blending between parallel sections • Create pick and place features, such as holes, shafts, chamfers, rounds, shells, flanges, ribs, etc. • Reference datum planes, axes, points, curves, coordinate system, etc.

  5. EXTRUDE • Two dimensional closed objects can be extruded to give solid objects • The direction of the extrusion is typically normal to the 2-D cross sectional sketch • The height of extrusion can be specified

  6. SWEEP • The path of the extrusion must be defined (trajectory) • The extruded cross section must be defined • The cross section stays normal to the path

  7. REVOLVE • Two dimensional closed objects can be revolved to give solid objects • The axis of rotation must be defined • The angle of revolution must be specified

  8. BLEND • Smooth transition can be made between two closed shapes with similar geometry (i.e. equal number of vertices) • The distance between sections must be defined • The angle of twist between sections must be specified

  9. Manipulating Geometry and Parametric Modeling

  10. Basic Modes • Sketcher: Define the 2D cross-section (or section) of an object model for sweeping. • Part: Create the solid model of a part. • Assembly: Form the solid model of an assembly of multiple components. • Drawing: Produce engineering drawings of parts and assemblies created in Pro/E.

  11. Pro/E Modeling Procedure

  12. User Interface • The window on the left is the navigator window. • The large window in the middle is web browser window. • The pull-down menu is on the top. • Below the pull-down menu, there is a series of shortcut buttons/keys. • Below the pull-down menu, there is a command or message window. • There are some sketch toolbar on the right hand side. • On line help is available when click on “?” button.

  13. Set Working Directory • Set temporary working directory: File -> Set Working Directory, select working directory. • Set permanent working directory: Click on the shortcut icon of Pro/E -> Properties, set the Start in field to the directory that you want Pro/E to start up in the Properties dialog box. • The temporary working directory needs to be set again whenever you start Pro/E while the permanent one dose not.

  14. Display a Model • Set working directory. • File -> Open, select a *.prt file. • Spin the object by pressing and holding down the middle mouse button. • Spin center on: object spins about the spin center. Spin center off: object spins about the position of the cursor. • Zoom in/out by simultaneously holding down Ctrl and middle mouse button, or using zoom in/out button. • Move the object by simultaneously holding down shift and middle mouse button.

  15. Display a Model • Turn View/Orient mode on -> right mouse button -> velocity: the object spins as long as the middle mouse button is pressed down. • Click on the saved view list icon: shows the engineering drawings. • Display modes: Wireframe, Hidden Line, No Hidden, and Shading icons. • Tools -> Model Player: to see the step forward through the model one feature at-a-time.

  16. Remove Current Model • File -> Erase -> Current: remove current model for pro/E.

  17. Exercise • Set temporary & permanent working directories. • Download example .prt files from following URL: http://www.msi.umn.edu/~chenxy/bme506link.html • Open one of downloaded files. • Move, spin, and zoom in & out the object. • Change the display mode to see the difference. • Check your working directory after you save or delete file/files.

More Related