Airbag Deployment












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Was reading about airbag deployment but couldn't really get a concrete answer to the following.



What kind of calculus is involved in the deployment of an airbag in a car and where exactly?










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  • Partial differential equations!?
    – mathnoob
    Nov 25 at 4:43










  • Quite a lot. The basic question is, given a deceleration fast enough (to trigger the airbags - 1st DE), how fast must the airbags fill (2nd DE) so that they are full enough to reduce the deceleration of a human by a fixed amount or less (3rd DE). In practice, these are 'linked" DEs, so you could argue one system of 3 DES (or even 1 DE).
    – eSurfsnake
    Nov 25 at 7:16
















0














Was reading about airbag deployment but couldn't really get a concrete answer to the following.



What kind of calculus is involved in the deployment of an airbag in a car and where exactly?










share|cite|improve this question






















  • Partial differential equations!?
    – mathnoob
    Nov 25 at 4:43










  • Quite a lot. The basic question is, given a deceleration fast enough (to trigger the airbags - 1st DE), how fast must the airbags fill (2nd DE) so that they are full enough to reduce the deceleration of a human by a fixed amount or less (3rd DE). In practice, these are 'linked" DEs, so you could argue one system of 3 DES (or even 1 DE).
    – eSurfsnake
    Nov 25 at 7:16














0












0








0







Was reading about airbag deployment but couldn't really get a concrete answer to the following.



What kind of calculus is involved in the deployment of an airbag in a car and where exactly?










share|cite|improve this question













Was reading about airbag deployment but couldn't really get a concrete answer to the following.



What kind of calculus is involved in the deployment of an airbag in a car and where exactly?







calculus






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asked Nov 25 at 4:36









Shreya

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62












  • Partial differential equations!?
    – mathnoob
    Nov 25 at 4:43










  • Quite a lot. The basic question is, given a deceleration fast enough (to trigger the airbags - 1st DE), how fast must the airbags fill (2nd DE) so that they are full enough to reduce the deceleration of a human by a fixed amount or less (3rd DE). In practice, these are 'linked" DEs, so you could argue one system of 3 DES (or even 1 DE).
    – eSurfsnake
    Nov 25 at 7:16


















  • Partial differential equations!?
    – mathnoob
    Nov 25 at 4:43










  • Quite a lot. The basic question is, given a deceleration fast enough (to trigger the airbags - 1st DE), how fast must the airbags fill (2nd DE) so that they are full enough to reduce the deceleration of a human by a fixed amount or less (3rd DE). In practice, these are 'linked" DEs, so you could argue one system of 3 DES (or even 1 DE).
    – eSurfsnake
    Nov 25 at 7:16
















Partial differential equations!?
– mathnoob
Nov 25 at 4:43




Partial differential equations!?
– mathnoob
Nov 25 at 4:43












Quite a lot. The basic question is, given a deceleration fast enough (to trigger the airbags - 1st DE), how fast must the airbags fill (2nd DE) so that they are full enough to reduce the deceleration of a human by a fixed amount or less (3rd DE). In practice, these are 'linked" DEs, so you could argue one system of 3 DES (or even 1 DE).
– eSurfsnake
Nov 25 at 7:16




Quite a lot. The basic question is, given a deceleration fast enough (to trigger the airbags - 1st DE), how fast must the airbags fill (2nd DE) so that they are full enough to reduce the deceleration of a human by a fixed amount or less (3rd DE). In practice, these are 'linked" DEs, so you could argue one system of 3 DES (or even 1 DE).
– eSurfsnake
Nov 25 at 7:16















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