1 / 20

Turbo Jet Engine Design

Turbo Jet Engine Design. Designed by Group 9. PPYLS. Contents. 1. Prolog Modeling of each parts (1) Outline (2) Measuring (3) Parts (4) Assembling process 3. Consideration. Prolog. The aim of project 1. Understanding how to operate about the turbo jet engine.

ollie
Download Presentation

Turbo Jet Engine Design

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. Turbo Jet Engine Design Designed by Group 9. PPYLS

  2. Contents 1. Prolog • Modeling of each parts (1) Outline (2) Measuring (3) Parts (4) Assembling process 3. Consideration

  3. Prolog The aim of project 1. Understanding how to operate about the turbo jet engine. 2. Measuring the turbo jet engine. 3. Improving designing skill using CATIA. 4. Learning how to do as a member of team.

  4. Prolog What is our model? Our model is the turbo jet engine. Model name is J33-A-35. In 1945, this engine made by Allison. It was used by many airplane such as F-80C.

  5. Prolog Organization Captain Kwan-Woo, Park 1st Team Jong-Min, Lee Sug-Gyun, Song Outer design 2nd Team Deok-Kwang, Yun Tae-Gyu, Park Inner design

  6. Modeling of each parts (1) Outline This is outline. Our modeling is based on this outline.

  7. Modeling of each parts (2) Measuring We used the windig tool.

  8. Modeling of each parts (3) Parts This part is a short fan.

  9. Modeling of each parts (3) Parts These parts are a large fan and a case.

  10. Modeling of each parts (3) Parts This part is a shaft.

  11. Modeling of each parts (3) Parts This is an exhaust.

  12. Modeling of each parts (3) Parts This part is a gearbox.

  13. Modeling of each parts (3) Parts This part is an inner case.

  14. Modeling of each parts (3) Parts This is an outer case.

  15. Modeling of each parts (4) Assembling process

  16. Modeling of each parts (4) Assembling process Assembled all parts

  17. Modeling of each parts (4) Assembling process Assembled all parts

  18. Consideration 1. Difficulty (1) Many parts and surface (2) Measuring (3) Assuming out of view (4) Many eyes (5) A Little time (6) Assembling

  19. Consideration 2. Conclusion (1) Similarity (2) The mechanism (3) Ability to settle a problem (4) Team spirit (5) Post script

  20. Thank You~~*^^*

More Related