Quizzes & Puzzles18 mins ago
Did You Know?....Concorde....
30 Answers
I have been fortunate enough to have flown on Concorde, I had Champagne and Lobster at 56,000 feet but did you know at Mach 2 Concorde stretches 6-10 inches? There is a stretch gauge on the floor of the flight deck and experienced pilots can tell how fast they are going just by that. Oh and yes I have been up with the pilots. Magnificent aircraft, I was so sad when it was taken out of service, sad that my kids will never be able to fly on it. A great achievement from the time when we could conspire with our French cousins to make something wonderful.
Answers
//From what I understand, from Concord's cruising altitude of 60,000ft, passengers were above the weather - hence no turbulence// Yes that's correct, LadyGC. Above the Tropopause (which is about 30,000ft at the Poles and around 50,000 feet at the Equator) there is little wind or turbulence. Virtually all the "weather" takes place in the Troposphere...
11:27 Thu 13th Jan 2022
TTT - a person with your interests in vehicles would find it interesting to visit the Technik museum at Sinsheim, Germany. They have both a Concorde and a Concordski (Tu-44) there that you can go inside.
https:/ /sinshe im.tech nik-mus eum.de/ en/
https:/
Incroyable ! Tupolev ( he is nart a thing - but a person silly!) got the plans for Concorde and..... couldnt make it fly
( a bit like the Brits and V2 - they gardda enough of them 1945. and still cdnt get ont to fly - I know why - one ( no two) of the British Rocket Group tried to teach me maff. - one had memorised the log tables ( so didnt need a book ) and that STILL er did me no good)
The concorde flew because an uplift vortex er uplifted it
and if you 'shed the vortex' (*) it fell out of the sky as happened to the concordski at regular intervals
(*) vortex shedding is what makes aeolian harps go ningy ningy nong - and accounts for the constant wind at Tacoma 1940 making old grumpy ( the bridge silly!) come down - vortex shedding at reg intervals gave the repeating propulsive forces(*)
(*) if you look at film of old grumpy ( the bridge at tacoma silly) then you will see it twisting at its first torsional frequency too
[ whistles and catcalls from the usual suspects complaining wot orl dat abart den etc etc]
thx to Karolyi
https:/ /www.sc iencedi rect.co m/scien ce/arti cle/pii /S24680 1332100 0267
o come on.... it makes a difference to the usual AB crap innit
( a bit like the Brits and V2 - they gardda enough of them 1945. and still cdnt get ont to fly - I know why - one ( no two) of the British Rocket Group tried to teach me maff. - one had memorised the log tables ( so didnt need a book ) and that STILL er did me no good)
The concorde flew because an uplift vortex er uplifted it
and if you 'shed the vortex' (*) it fell out of the sky as happened to the concordski at regular intervals
(*) vortex shedding is what makes aeolian harps go ningy ningy nong - and accounts for the constant wind at Tacoma 1940 making old grumpy ( the bridge silly!) come down - vortex shedding at reg intervals gave the repeating propulsive forces(*)
(*) if you look at film of old grumpy ( the bridge at tacoma silly) then you will see it twisting at its first torsional frequency too
[ whistles and catcalls from the usual suspects complaining wot orl dat abart den etc etc]
thx to Karolyi
https:/
o come on.... it makes a difference to the usual AB crap innit
If you want to bring back some memories, there's a Concorde at Imperial War Museum Duxford you can walk around ...
https:/ /www.he ritagec oncorde .com/du xford
https:/
For viewers unlucky enough to live somewhere other than Germany or London there's a Concorde at National Museums of Scotland's National Museum of Flight at East Fortune, a few minutes east (oddly enough) of Edinburgh.
https:/ /www.nm s.ac.uk /nation al-muse um-of-f light/
https:/
//From what I understand, from Concord's cruising altitude of 60,000ft, passengers were above the weather - hence no turbulence//
Yes that's correct, LadyGC. Above the Tropopause (which is about 30,000ft at the Poles and around 50,000 feet at the Equator) there is little wind or turbulence. Virtually all the "weather" takes place in the Troposphere below it. I have a friend who was an Air Engineer on Concorde and he went on to become Chief Air Engineer for BA. Concorde was the last commercial aircraft to carry an engineer on board routinely. He described the aircraft as quite choppy below about 30,000 feet and particularly at subsonic speeds. When he first flew in it, being used to much older and lumbering but more stable aircraft, he thought it would crash every time it came into land as it had some very unusual characteristics at very low speeds. But once at cruising altitude and speed he explained that you could stand a coin on its edge, so smooth was the flight.
Yes that's correct, LadyGC. Above the Tropopause (which is about 30,000ft at the Poles and around 50,000 feet at the Equator) there is little wind or turbulence. Virtually all the "weather" takes place in the Troposphere below it. I have a friend who was an Air Engineer on Concorde and he went on to become Chief Air Engineer for BA. Concorde was the last commercial aircraft to carry an engineer on board routinely. He described the aircraft as quite choppy below about 30,000 feet and particularly at subsonic speeds. When he first flew in it, being used to much older and lumbering but more stable aircraft, he thought it would crash every time it came into land as it had some very unusual characteristics at very low speeds. But once at cruising altitude and speed he explained that you could stand a coin on its edge, so smooth was the flight.
Related Questions
Sorry, we can't find any related questions. Try using the search bar at the top of the page to search for some keywords, or choose a topic and submit your own question.