|
| |
On this page, you will find the Barrowman's equation, equations for determining altitude with the use of theodolites, equations for calculating the stability of asymmetrical rockets, equations for designing a De Laval nozzle, and more.
- Although not exactly rocket science, the CLAM fin profile, 20-70-90, is less mach-prone than a conventional 30-60-90 fin profile. The CLAM fin profile requires almost two-and-a-half times the velocity to reach the resonant flutter frequency for a given material compared to the more conventional 30-60-90 mach fin profile.
|
|
| Vehicle Failure Analysis
Learn everything you ever wanted to know about how rockets fail, and
how to fix it. (Coming Soon)
|
|
|
