制作涡喷发动机

如何自行制作一个涡轮喷气式发动机[附FD 3/67 涡轮喷气发动机制作pdf原本]

注意事项：个人自制涡喷是一项能力挑战，不建议无机械基础及未成年人尝试！！另外在此申明：本资料如用于商业产品开发，请自行解决相关版权。谢谢合作！！！另外，制作中一定要有安全意识，！！！切记与高速运转物体，与火打交道，安全第一哟！！

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涡喷的制作不同于其他模型，由于涡喷在高温与高速条件下工作

如果你不想被当成烤鸭请注意下面的事项！！

1.别被火喷成烤鸭，玩火要有科学知识指导。

2.涡轮一定要作动平衡才能用。

3.无论如何不要在共公场合试发动机，很多人围观不是好事。

4.涡轮转速高达70000转每分以上，没机械基础不要去试！！

5.发动机试运与工作中，永远不要站在涡轮的两侧正对位，以免涡轮发生事故时，钢片高速飞出，象子弹一样，危及生命！！

特别提醒!做涡喷一定要有机加工与材料常识，了解金属，火灾,爆炸原理，等安全知识，安全第一。

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1:.发动机如何自己设计？到哪里找材料，价钱如何？

Small gas turbines are not scaled down large engines. Any attempt to do so is likely to fail. Kurt Schreckling is to be commended for his original approach to the design of small engines as set out in his book on the FD3 64.He carried out the therorectical considerations and came to the conclusion that a simple radial compressor and turbine wheel with a single annular combustion chamber would produce the best results. His views have been confirmed by the rapid progress in refining the designs and extracting more power from the same basic size. Spreadsheets have been developed by a number of people based on the Formulas in the Schreckling and Kamps books that model the processes that go on in the engine. The GTBA has also commissioned burst analysis of the turbine wheel.

英文来自（GTBA-英国涡轮发动机制作联盟)