WebThe O-rings were rubber rings designed to form a seal in the shuttle's solid rocket boosters, preventing the rockets' hot gas from escaping and damaging other parts of the vehicle. … WebFeb 25, 2016 · The space shuttle Challenger lifts off from Kennedy Space Center in Florida on Jan. 28, 1986. The entire crew of seven was lost in an explosion 73 seconds into the launch. NASA/AP
Books You Should Read: Feynman’s Appendix To The …
WebJan 28, 2016 · After the Challenger accident, the 1986 presidential commission learned the O-rings in the field joints of the shuttle’s solid-fuel rocket boosters had a history of damage correlated with low ... WebOct 2, 2024 · Feynman and the Challenger Disaster Richard Feynman (1918-1988) was a Nobel Prize winning physicist and one of the best-known scientists of his time. In 1986 he somewhat reluctantly agreed to... tracy a thomas fresno ca
Feynman and the O-Ring Quality Digest
WebOct 2, 2007 · Feynman discovered that on the space shuttle’s solid fuel rocked boosters, an o-ring is used to prevent hot gas from escaping and damaging other parts. Concerns were raised by engineers that the o-ring may not properly expand with the rest of the hot booster parts, keeping its seal, when outside temperatures fall between 32 degrees Fahrenheit. WebJan 28, 2011 · I prefer to remember Richard Feynman's simple, graceful proof that the space shuttle's O-ring was not able to handle the cold. It didn't take a high-tech assay, it didn't take a supercomputer. WebJan 28, 2016 · Feynman famously scolded NASA management on television for its lack of foresight on this issue, by performing a simple experiment that revealed O-rings to be … the roxy reno