Aerospace engineers, how long would a commercial passenger aeroplane last in the vacuum of space, before it starts leaking atmosphere?

Aerospace engineers, how long would a commercial passenger aeroplane last in the vacuum of space, before it starts leaking atmosphere?
by

1 Answer

Answer :

answer:I’m not a “structural” guy . Maybe someone can answer that part of your question. I can however answer about over design. We make an engine critical part that is exposed to an operating pressure of 200 PSI, 400 PSI peak. We designed the part to withstand 5000 PSI and cycle pressure test it to 3000 PSI at elevated temperatures. (Sorry about the units but those are the specs.) I doubt the structure can be so heavily over-designed. It would never get off the ground. Te ambient pressure at 35,000 ft is approx 0.25 bar. It is conceivable that a craft designed for that altitude craft could survive in outer space since that would be only about 33% more stress.
by

Related questions

How much vacation do Aerospace Engineers get?

Description : How much vacation do Aerospace Engineers get?

Last Answer : It totally depends on what company or government they workfor.

Is a unique feature of the Earth's environment that aerospace engineers needed to imitate on a spacecraft in order to make manned spaceflight possible?

Description : Is a unique feature of the Earth's environment that aerospace engineers needed to imitate on a spacecraft in order to make manned spaceflight possible?

Last Answer : Need answer

An aeroplane has a run of 500 m to take off from the runway. It starts from rest and moves with constant acceleration

Description : An aeroplane has a run of 500 m to take off from the runway. It starts from rest and moves with constant acceleration

Last Answer : An aeroplane has a run of 500 m to take off from the runway. It starts from rest and moves with ... is the velocity of the aeroplane at the take off ?

Inside an aeroplane flying at a high altitude, (a) the pressure is the same as that outside (b) normal atmospheric pressure is maintained by the use of air pumps (c) the pressure inside is less than the pressure outside (d) normal humidity and partial vacuum are maintained

Description : Inside an aeroplane flying at a high altitude, (a) the pressure is the same as that outside (b) normal atmospheric pressure is maintained by the use of air pumps (c) the pressure inside is less than the pressure outside (d) normal humidity and partial vacuum are maintained

Last Answer : Ans:(b)

You and Hector are in the car. You are in the passenger seat while Hector is driving. Hector is very good at driving. He closes his eyes to scare you as he is driving.You look at him and see his eyes closed. Your heart starts pounding because there is something in the road and Hector has to swerve out of the way, but with his eyes closed he can't see it, yet he still swerved out of the way and kept driving perfectly. Along with his eyes being closed the whole time, you were also silent the whole time. How is that possible that he knew something was in the way with his eyes closed? -Riddles

Description : You and Hector are in the car. You are in the passenger seat while Hector is driving. Hector is very good at driving. He closes his eyes to scare you as he is driving.You look at him and see ... whole time. How is that possible that he knew something was in the way with his eyes closed? -Riddles

Last Answer : Since you are in the passenger seat, when you look at Hector all you see is the right side of his face, only his right eye. He had his right eye closed and his left eye opened. You just could't see it.

What are the things I can specialize in Astronautics/Aerospace Engg. ?

Description : What are the things I can specialize in Astronautics/Aerospace Engg. ?

Last Answer : Telemetry! There is a big need for it in Aerospace, as well as Military, Industrial and Commercial applications. If the NASA budget is cut, you can jump to Military . If that is cut, you can jump to ... products. If that fails you still have employment if you can say: Do you want fries with that?

How much thermodynamics knowledge do you usually need if you want to work in aerospace?

Description : How much thermodynamics knowledge do you usually need if you want to work in aerospace?

Last Answer : I’m an economist, so I’m not really an expert, but it sounds like it’d be quite important, dude. My advice: keep working on it.

What programming language will be useful to an Aerospace Engineer?

Description : What programming language will be useful to an Aerospace Engineer?

Last Answer : Perhaps this is something you could look into.

Skyroot Aerospace became the first successful Indian private company to build a homegrown rocket engine. Who was the rocket named after?

Description : Skyroot Aerospace became the first successful Indian private company to build a homegrown rocket engine. Who was the rocket named after?

Last Answer : Skyroot Aerospace is a Hyderabad based start up private company. The engine Raman,named after Nobel Laurate C V Raman has very light weight in nature . It weighs lesser than a conventional rocket engine

What exactly is the Breitling aerospace ?

Description : What exactly is the Breitling aerospace ?

Last Answer : The breitling aerospace is a watch that is favored among pilots and travelers for its functionality. It's water resistant, and the battery lasts for up to 4 years. The company started in 1985.

An aerospace engineer is designing a rocket to have three stages. Which is not a reasonable explanation for this decision?

Description : An aerospace engineer is designing a rocket to have three stages. Which is not a reasonable explanation for this decision?

Last Answer : to simplify the design of the rocket.

Which country first use in air bags for aerospace industry. 1.Iindia 2.U.S 3. China. 4.Pakistan

Description : Which country first use in air bags for aerospace industry. 1.Iindia 2.U.S 3. China. 4.Pakistan

Last Answer : 2.U.S

Could a passenger land a commercial airplane?

Description : Could a passenger land a commercial airplane?

Last Answer : Some rare footage of the poor unfortunate souls who tried. Bless, it never leaves them….never. Sobs uncontrollably! :¬D

How long could the narrator‘s aeroplane fly before the other plane started going down? a) Half an hour b) Fifteen to twenty minutes c) An hour d) Five to ten minutes

Description : How long could the narrator‘s aeroplane fly before the other plane started going down? a) Half an hour b) Fifteen to twenty minutes c) An hour d) Five to ten minutes

Last Answer : d) Five to ten minutes

Suppose engineers are able to build a space elevator within the next 40 years, would you enter the elevator on the ground floor and press the button for floor 100,000?

Description : Suppose engineers are able to build a space elevator within the next 40 years, would you enter the elevator on the ground floor and press the button for floor 100,000?

Last Answer : Of course, as long as the chance of dying horribly was less than 10%. Even so, if something happened and you fell, that’d be one hell of a base jump. :) Or you know, Tower of Terror. Depending.

A question about the aeroplane on a treadmill. Can you solve this conundrum?

Description : A question about the aeroplane on a treadmill. Can you solve this conundrum?

Last Answer : http://blag.xkcd.com/2008/09/09/the-goddamn-airplane-on-the-goddamn-treadmill/

When a body falls from an aeroplane, there is increase in its – (1) Kinetic energy (2) Mass (3) Acceleration (4) Potential energy

Description : When a body falls from an aeroplane, there is increase in its – (1) Kinetic energy (2) Mass (3) Acceleration (4) Potential energy

Last Answer : (3) Acceleration Explanation: The energy possessed by a body by virtue of its motion is called kinetic energy. Potential Energy is the energy possessed by virtue of its position or configuration. When a body falls from an aeroplane, there is increase in its acceleration.

When a body falls from an aeroplane, there is increase in its (1) Kinetic energy (2) Mass (3) Acceleration (4) Potential energy

Description : When a body falls from an aeroplane, there is increase in its (1) Kinetic energy (2) Mass (3) Acceleration (4) Potential energy

Last Answer : Acceleration

What is the currency requirement for a pilot? a. 3 take-offs and landings on an aeroplane of the same type within the last 90 days b. 3 take-offs and landings on an aeroplane of the same type within the last 60 days c. 3 take-offs and landings on an aeroplane of the same type or approved simulator within the last 90 days d. 3 take-offs and landings on an aeroplane of the same type or approved simulator within the last 60 days

Description : What is the currency requirement for a pilot? a. 3 take-offs and landings on an aeroplane of the same type within the last 90 days b. 3 take-offs and landings on an aeroplane of the same ... 3 take-offs and landings on an aeroplane of the same type or approved simulator within the last 60 days

Last Answer : c. 3 take-offs and landings on an aeroplane of the same type or approved simulator within the last 90 days

I can't sleep. Want a little advice ? I used to use mobile till many nights before. Now I try to sleep with my mobile long before but sleep does not come. Last night I did not sleep at all. Empty head today filled with bad thoughts. I have been doing this for almost a year. Sometimes everything goes well and then it starts again. What should I do now ?

Description : I can't sleep. Want a little advice ? I used to use mobile till many nights before. Now I try to sleep with my mobile long before but sleep does not come. Last night I did not sleep at all. ... this for almost a year. Sometimes everything goes well and then it starts again. What should I do now ?

Last Answer : You should work harder during the day. And read books at night so that your eyes get tired and sleep will come quickly. If this does not work then you can see a good doctor.

Robotics gurus and engineers: what is the disadvantage of shifting weight to the torso in a hexapod robot?

Description : Robotics gurus and engineers: what is the disadvantage of shifting weight to the torso in a hexapod robot?

Last Answer : Well, not an engineer or anything, but the higher the centre of mass, the easier it is for the whole machine to topple over, especially when it goes up stairs. Or, think of a car going through a ... higher the centre of mass, the slower it has to go through the corner, in order to not flip over.

'SONAR' is mostly used by - (1) Doctors (2) Engineers (3) Astronauts (4) Navigators

Description : 'SONAR' is mostly used by - (1) Doctors (2) Engineers (3) Astronauts (4) Navigators

Last Answer : (4) Navigators Explanation: a method or device for detecting and locating objects especially underwater by means of sound waves sent out to be reflected by the objects also : a device for detecting the presence of a vessel (such as a submarine) by the sound it emits in water.

Why is a passenger seen running towards the front while getting out of a slow moving car ?

Description : Why is a passenger seen running towards the front while getting out of a slow moving car ?

Last Answer : Passengers of slow moving cars also get stuck in speed. If a passenger suddenly falls off a moving vehicle, he may fall to the front for inertia. So he ran to the front and kept running until he was normal.

A passenger standing in a bus is thrown outward when the bus takes a sudden turn. This happens due to – (1) Outward pull on him (2) Inertia of motion (3) Change in momentum (4) Change in acceleration

Description : A passenger standing in a bus is thrown outward when the bus takes a sudden turn. This happens due to – (1) Outward pull on him (2) Inertia of motion (3) Change in momentum (4) Change in acceleration

Last Answer : (2) Inertia of motion Explanation: This is inertia of direction. It is the ability of body to be in a state of direction of motion for example sun holds planets in a fixed elliptical path .this ... at rest or moving with a constant velocity. It is the property possessed by a body to resist change.

A passenger standing in a bus is thrown outward when the bus takes a sudden turn. This happens due to (1) Outward pull on him (2) Inertia of motion (3) Change in momentum (4) Change in acceleration

Description : A passenger standing in a bus is thrown outward when the bus takes a sudden turn. This happens due to (1) Outward pull on him (2) Inertia of motion (3) Change in momentum (4) Change in acceleration

Last Answer : Inertia of motion

When did the last passenger pigeon die in the U.S.?

Description : When did the last passenger pigeon die in the U.S.?

Last Answer : In 1914.

Dodo, Passenger Pigeon and Steller’s sea cow became extinct in the last 500 years due to (a) Habitat destruction (b) Over-exploitation (c) Pollution (d) Bird-flu virus

Description : Dodo, Passenger Pigeon and Steller’s sea cow became extinct in the last 500 years due to (a) Habitat destruction (b) Over-exploitation (c) Pollution (d) Bird-flu virus

Last Answer : (b) Over-exploitation

A lake starts freezing because of the cold atmosphere, It will first freeze A. At the bottom B. In the middle part C. At the top surface D. Uniformly throughout the water body

Description : A lake starts freezing because of the cold atmosphere, It will first freeze A. At the bottom B. In the middle part C. At the top surface D. Uniformly throughout the water body

Last Answer : ANSWER: C

A lake starts freezing because of the cold atmosphere. It will first freeze A. At the bottom B. ln the middle pan C. At the top surface (Answer) D. Uniformly throughout the water body

Description : A lake starts freezing because of the cold atmosphere. It will first freeze A. At the bottom B. ln the middle pan C. At the top surface (Answer) D. Uniformly throughout the water body

Last Answer : C. At the top surface (Answer)

How can I celebrate my last two days before high school starts?

Description : How can I celebrate my last two days before high school starts?

Last Answer : Get together with a group of friends and spend the whole day doing something together. During the school year, I'm often too busy to take a day to visit a local arts festival or explore a large city (do ... to solve a Rubik's cube if you haven't yet. People are easily impressed if you can solve one.

Which of the following statements regarding evacuated tube collectors (ETC) are true? i) ETC is used for high temperatures upto 150oC ii) because of use of vacuum between two concentric glass tube, higher amount of heat is retained in ETC iii) heat loss due to conduction back to atmosphere from ETC is high iv) performance of evacuated tube is highly dependent upon the ambient temperature i & iii b) ii & iii c) i & iv d) i & ii

Description : Which of the following statements regarding evacuated tube collectors (ETC) are true? i) ETC is used for high temperatures upto 150oC ii) because of use of vacuum between two concentric glass tube, higher amount of heat is ... upon the ambient temperature i & iii b) ii & iii c) i & iv d) i & ii

Last Answer : d) i & ii

What is standard to measure the relativepermitivity: (a) Water (b) Vacuum (c) Air (d) Atmosphere

Description : What is standard to measure the relativepermitivity: (a) Water (b) Vacuum (c) Air (d) Atmosphere

Last Answer : (b) Vacuum

How long does it take for the 18 cup pitcher to filter thru. i think my is leaking , going too fast?

Description : How long does it take for the 18 cup pitcher to filter thru. i think my is leaking , going too fast?

Last Answer : Welcome to fluther! When was the last time you replaced your filter?

Pick up the correct statement from the following: (A) The plywoods do not split or crack due to changes in atmosphere (B) The commercial plywoods are available upto 150 cm wide and upto 300 cm long (C) The plywoods possess uniform tensile strength in all directions (D) All the above

Description : Pick up the correct statement from the following: (A) The plywoods do not split or crack due to changes in atmosphere (B) The commercial plywoods are available upto 150 cm wide and upto 300 cm long (C) The plywoods possess uniform tensile strength in all directions (D) All the above

Last Answer : Answer: Option D

What is the best commercial vacuum sealer?

Description : What is the best commercial vacuum sealer?

Last Answer : The best commercial vacuum sealer depends on what your needs are right now. ChamberVacs seem to be the best for causing little damage to the food sealed.

What are the popular brands for a commercial vacuum?

Description : What are the popular brands for a commercial vacuum?

Last Answer : The most popular brand used by hotels all around the world is the Eureka Sanitaire Commercial SC888. It has a fifty foot cord, 7-amp motor with 12-inch cleaning path, six-level carpet height adjustment, and an extra-bright headlight. Other popular brands include Kenmore, Bissell, and Oreck.

what is the reasonable price for commercial vacuum cleaners?

Description : what is the reasonable price for commercial vacuum cleaners?

Last Answer : The Hoover Porta Power CH3000 is a lightweight vacuum cleaners available from Discount Office lte for $98.71. The Oreck BB900DGR XL PRO 5 Compact Canister Vacuum Cleaner is available from Discount Cleaning Products for 124.60.

Is the Kirby commercial vacuum cleaners worth the money?

Description : Is the Kirby commercial vacuum cleaners worth the money?

Last Answer : These Kirby commercial vacuum cleaners are a great investment. This is one of the best ways to find out more about these vacuums.

A passenger train 165 m long which is running at a speed of 30km/hr. In what time will it pass a man who is running at a speed of 3 km/hr in the opposite direction. In which the train is moving. A)14 sec B) 17sec C)16sec D)18sec

Description : A passenger train 165 m long which is running at a speed of 30km/hr. In what time will it pass a man who is running at a speed of 3 km/hr in the opposite direction. In which the train is moving. A)14 sec B) 17sec C)16sec D)18sec

Last Answer : ANSWER: D Explanation:  Speed of the train = 30 km/hr  Speed of man = 3 km/hr  Length of the train = 165m If direction is given in opposite direction then we add both speed.  That is (30 + 3 )= 33 km/hr ... can easily get the distance of m/s  So it cover 165 m  i.e., 165 * 6 /55 = 18 sec.

A passenger train 300m long is running with a speed of 136 km/hr. In what time will it pass a boy who is running at 6 km/hr in opposite direction in which the train is moving? A) 8.6sec B) 7.6sec C) 3.6sec D) 2.6sec

Description : A passenger train 300m long is running with a speed of 136 km/hr. In what time will it pass a boy who is running at 6 km/hr in opposite direction in which the train is moving? A) 8.6sec B) 7.6sec C) 3.6sec D) 2.6sec

Last Answer : ANSWER: B Explanation:  Speed of the train = 136 km/hr  Speed of boy = 6 km/hr  Speed of the train relative to boy = (13 + 6)km/hr  = 142 km/hr Convert km/hr into m/s 142 km /hr = (142 * 5 / 18 ... taken bt it to cover 300 m at 39.44 m/s =300 / 39.44 [speed time= distance / speed] = 7.6 sec

How long can vacuum sealed hot dogs last out of refrigerator?

Description : How long can vacuum sealed hot dogs last out of refrigerator?

Last Answer : Need answer

How long does a vacuum pump last?

Description : How long does a vacuum pump last?

Last Answer : Dry vacuum pumps typically last between 300 and 400 hours. On the high-end, they can last for 600 hours. That's roughly 6 years. However, it's more common that a vacuum pump needs to ... altitude stress, over-speed, rapid acceleration, reverse rotation, shock and awe, pump lugging, and normal wear.

Were you to put a series of parachutes on an aeroplane, how big would they have to be to give a crashing plane a survivable landing?

Description : Were you to put a series of parachutes on an aeroplane, how big would they have to be to give a crashing plane a survivable landing?

Last Answer : What kind of plane are we talking about?

So, if you took an Airfix/Revell aeroplane model and put an engine and remote control on it, would it fly?

Description : So, if you took an Airfix/Revell aeroplane model and put an engine and remote control on it, would it fly?

Last Answer : answer:Hmm. That's an interesting question. Since it's a model of a functional aircraft, you'd think that it ought to. However, I wonder if the airfoils on the model are true-to-scale and finely enough ... deal with a three-way ratio: power : weight : airfoil surface. Can't wait to see the video!

After the aeroplane with the Bolivian President was forced to land on the suspicion that Snowden was on board: How outrageous would it have been, had it been an american president, that was forced to land on a similar suspicion?

Description : After the aeroplane with the Bolivian President was forced to land on the suspicion that Snowden was on board: How outrageous would it have been, had it been an american president, that was forced to land on a similar suspicion?

Last Answer : So outrageous that demanding them to land wouldn’t have happened. You can’t bully the bully, in this case.

Radha made a picture of an aeroplane with coloured paper as shown in figure. Find the total area of the paper used. -Maths 9th

Description : Radha made a picture of an aeroplane with coloured paper as shown in figure. Find the total area of the paper used. -Maths 9th

Last Answer : For surface I: It is an isosceles triangle whose sides are a = 5 cm, b = 5 cm, c = 1 cm = (0.75 x 3.3) cm2 = 2.475 cm2 (approx.) For surface II: It is a rectangle with length 6.5 cm and breadth 1 cm. ∴ Area of ... surface V) = [2.475 + 6.5 + 1.3 + 4.5 + 4.5] cm2 = 19.275 cm2 = 19.3 cm2 (approx.)

How does a heavy machine like aeroplane fly in the air?

Description : How does a heavy machine like aeroplane fly in the air?

Last Answer : Flying of airplanes follows the principle of aerodynamics called Bernoulli's principle. The working behind how a plane flys is really very wonderful when I came to know it was really wonderful it ... it then you can search it on YouTube where with animation they have explained it wonderfully.

A jet aeroplane travelling at the speed of 500 km/hr ejects its products of combustion at speed of 1500 km/hr relative to jet plane.

Description : A jet aeroplane travelling at the speed of 500 km/hr ejects its products of combustion at speed of 1500 km/hr relative to jet plane.

Last Answer : A jet aeroplane travelling at the speed of 500 km/hr ejects its products of combustion at speed ... latter with respect to an observer on the ground?

An aeroplane A, is travelling in a straight line with a velocity of 300 km/hr with respect to Earth. Another aeroplane B, is travelling

Description : An aeroplane A, is travelling in a straight line with a velocity of 300 km/hr with respect to Earth. Another aeroplane B, is travelling

Last Answer : An aeroplane A, is travelling in a straight line with a velocity of 300 km/hr with respect to ... relative velocity of 100 km/hr with respect to A?

How much CO2 does a transatlantic aeroplane flight produce?

Description : How much CO2 does a transatlantic aeroplane flight produce?

Last Answer : Need answer