What are practical applications of Laplace Transforms in the real world [closed]

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In lay man's terms what really in the real world are practical examples of how Laplace transforms are used to solve basic mathematical problems in mechanical engineering I would really appreciate a very simple and clear answer with less mathematical jargon plus a few examples.







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closed as too broad by Jendrik Stelzner, Lord Shark the Unknown, amWhy, Gibbs, Stefan4024 Aug 31 at 21:34


Please edit the question to limit it to a specific problem with enough detail to identify an adequate answer. Avoid asking multiple distinct questions at once. See the How to Ask page for help clarifying this question. If this question can be reworded to fit the rules in the help center, please edit the question.










  • 2




    Check out this page. Note that I found this by searching "Laplace transform applications" -- you would benefit from doing some independent research first.
    – Bill Wallis
    Aug 28 at 12:18







  • 1




    Finance: risklatte.xyz/Articles/QuantitativeFinance/QF184.php tsijournals.com/articles/laplace-transform-in-finance.pdf
    – Jack Bauer
    Aug 28 at 12:18










  • Basically, a Laplace transform will convert a function in some domain into a function in another domain, without changing the value of the function. (more in this quora answer on engineering to a quora question on computer science)
    – Jack Bauer
    Aug 28 at 12:22










  • A Laplacian is something else. It is a differential operator. It is the divergence of the gradient : $nabla cdot (nabla(cdot))$.
    – mathreadler
    Aug 28 at 13:29







  • 1




    It is apparently a very useful source for exercises for mechanical engineering students.
    – Asaf Karagila♦
    Aug 28 at 15:08














up vote
1
down vote

favorite












In lay man's terms what really in the real world are practical examples of how Laplace transforms are used to solve basic mathematical problems in mechanical engineering I would really appreciate a very simple and clear answer with less mathematical jargon plus a few examples.







share|cite|improve this question














closed as too broad by Jendrik Stelzner, Lord Shark the Unknown, amWhy, Gibbs, Stefan4024 Aug 31 at 21:34


Please edit the question to limit it to a specific problem with enough detail to identify an adequate answer. Avoid asking multiple distinct questions at once. See the How to Ask page for help clarifying this question. If this question can be reworded to fit the rules in the help center, please edit the question.










  • 2




    Check out this page. Note that I found this by searching "Laplace transform applications" -- you would benefit from doing some independent research first.
    – Bill Wallis
    Aug 28 at 12:18







  • 1




    Finance: risklatte.xyz/Articles/QuantitativeFinance/QF184.php tsijournals.com/articles/laplace-transform-in-finance.pdf
    – Jack Bauer
    Aug 28 at 12:18










  • Basically, a Laplace transform will convert a function in some domain into a function in another domain, without changing the value of the function. (more in this quora answer on engineering to a quora question on computer science)
    – Jack Bauer
    Aug 28 at 12:22










  • A Laplacian is something else. It is a differential operator. It is the divergence of the gradient : $nabla cdot (nabla(cdot))$.
    – mathreadler
    Aug 28 at 13:29







  • 1




    It is apparently a very useful source for exercises for mechanical engineering students.
    – Asaf Karagila♦
    Aug 28 at 15:08












up vote
1
down vote

favorite









up vote
1
down vote

favorite











In lay man's terms what really in the real world are practical examples of how Laplace transforms are used to solve basic mathematical problems in mechanical engineering I would really appreciate a very simple and clear answer with less mathematical jargon plus a few examples.







share|cite|improve this question














In lay man's terms what really in the real world are practical examples of how Laplace transforms are used to solve basic mathematical problems in mechanical engineering I would really appreciate a very simple and clear answer with less mathematical jargon plus a few examples.









share|cite|improve this question













share|cite|improve this question




share|cite|improve this question








edited Aug 28 at 14:58









Hans Lundmark

33.5k564109




33.5k564109










asked Aug 28 at 12:16









LiNKeR

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closed as too broad by Jendrik Stelzner, Lord Shark the Unknown, amWhy, Gibbs, Stefan4024 Aug 31 at 21:34


Please edit the question to limit it to a specific problem with enough detail to identify an adequate answer. Avoid asking multiple distinct questions at once. See the How to Ask page for help clarifying this question. If this question can be reworded to fit the rules in the help center, please edit the question.






closed as too broad by Jendrik Stelzner, Lord Shark the Unknown, amWhy, Gibbs, Stefan4024 Aug 31 at 21:34


Please edit the question to limit it to a specific problem with enough detail to identify an adequate answer. Avoid asking multiple distinct questions at once. See the How to Ask page for help clarifying this question. If this question can be reworded to fit the rules in the help center, please edit the question.









  • 2




    Check out this page. Note that I found this by searching "Laplace transform applications" -- you would benefit from doing some independent research first.
    – Bill Wallis
    Aug 28 at 12:18







  • 1




    Finance: risklatte.xyz/Articles/QuantitativeFinance/QF184.php tsijournals.com/articles/laplace-transform-in-finance.pdf
    – Jack Bauer
    Aug 28 at 12:18










  • Basically, a Laplace transform will convert a function in some domain into a function in another domain, without changing the value of the function. (more in this quora answer on engineering to a quora question on computer science)
    – Jack Bauer
    Aug 28 at 12:22










  • A Laplacian is something else. It is a differential operator. It is the divergence of the gradient : $nabla cdot (nabla(cdot))$.
    – mathreadler
    Aug 28 at 13:29







  • 1




    It is apparently a very useful source for exercises for mechanical engineering students.
    – Asaf Karagila♦
    Aug 28 at 15:08












  • 2




    Check out this page. Note that I found this by searching "Laplace transform applications" -- you would benefit from doing some independent research first.
    – Bill Wallis
    Aug 28 at 12:18







  • 1




    Finance: risklatte.xyz/Articles/QuantitativeFinance/QF184.php tsijournals.com/articles/laplace-transform-in-finance.pdf
    – Jack Bauer
    Aug 28 at 12:18










  • Basically, a Laplace transform will convert a function in some domain into a function in another domain, without changing the value of the function. (more in this quora answer on engineering to a quora question on computer science)
    – Jack Bauer
    Aug 28 at 12:22










  • A Laplacian is something else. It is a differential operator. It is the divergence of the gradient : $nabla cdot (nabla(cdot))$.
    – mathreadler
    Aug 28 at 13:29







  • 1




    It is apparently a very useful source for exercises for mechanical engineering students.
    – Asaf Karagila♦
    Aug 28 at 15:08







2




2




Check out this page. Note that I found this by searching "Laplace transform applications" -- you would benefit from doing some independent research first.
– Bill Wallis
Aug 28 at 12:18





Check out this page. Note that I found this by searching "Laplace transform applications" -- you would benefit from doing some independent research first.
– Bill Wallis
Aug 28 at 12:18





1




1




Finance: risklatte.xyz/Articles/QuantitativeFinance/QF184.php tsijournals.com/articles/laplace-transform-in-finance.pdf
– Jack Bauer
Aug 28 at 12:18




Finance: risklatte.xyz/Articles/QuantitativeFinance/QF184.php tsijournals.com/articles/laplace-transform-in-finance.pdf
– Jack Bauer
Aug 28 at 12:18












Basically, a Laplace transform will convert a function in some domain into a function in another domain, without changing the value of the function. (more in this quora answer on engineering to a quora question on computer science)
– Jack Bauer
Aug 28 at 12:22




Basically, a Laplace transform will convert a function in some domain into a function in another domain, without changing the value of the function. (more in this quora answer on engineering to a quora question on computer science)
– Jack Bauer
Aug 28 at 12:22












A Laplacian is something else. It is a differential operator. It is the divergence of the gradient : $nabla cdot (nabla(cdot))$.
– mathreadler
Aug 28 at 13:29





A Laplacian is something else. It is a differential operator. It is the divergence of the gradient : $nabla cdot (nabla(cdot))$.
– mathreadler
Aug 28 at 13:29





1




1




It is apparently a very useful source for exercises for mechanical engineering students.
– Asaf Karagila♦
Aug 28 at 15:08




It is apparently a very useful source for exercises for mechanical engineering students.
– Asaf Karagila♦
Aug 28 at 15:08










1 Answer
1






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accepted










If you were an electrical engineer the practical (and very useful) applications of the Laplace (Fourier) transform would be very clear.

That is, in crude words as you require, the study of the response of a system to solicitations of different frequencies and how to cope with them.



The Bode and Nyquist plots are paradigmatic.



In the mechanical field that finds application in the study of vibrations especially, which means resonance phenomena, acoustic noise, fatigue and so on.






share|cite|improve this answer





























    1 Answer
    1






    active

    oldest

    votes








    1 Answer
    1






    active

    oldest

    votes









    active

    oldest

    votes






    active

    oldest

    votes








    up vote
    1
    down vote



    accepted










    If you were an electrical engineer the practical (and very useful) applications of the Laplace (Fourier) transform would be very clear.

    That is, in crude words as you require, the study of the response of a system to solicitations of different frequencies and how to cope with them.



    The Bode and Nyquist plots are paradigmatic.



    In the mechanical field that finds application in the study of vibrations especially, which means resonance phenomena, acoustic noise, fatigue and so on.






    share|cite|improve this answer


























      up vote
      1
      down vote



      accepted










      If you were an electrical engineer the practical (and very useful) applications of the Laplace (Fourier) transform would be very clear.

      That is, in crude words as you require, the study of the response of a system to solicitations of different frequencies and how to cope with them.



      The Bode and Nyquist plots are paradigmatic.



      In the mechanical field that finds application in the study of vibrations especially, which means resonance phenomena, acoustic noise, fatigue and so on.






      share|cite|improve this answer
























        up vote
        1
        down vote



        accepted







        up vote
        1
        down vote



        accepted






        If you were an electrical engineer the practical (and very useful) applications of the Laplace (Fourier) transform would be very clear.

        That is, in crude words as you require, the study of the response of a system to solicitations of different frequencies and how to cope with them.



        The Bode and Nyquist plots are paradigmatic.



        In the mechanical field that finds application in the study of vibrations especially, which means resonance phenomena, acoustic noise, fatigue and so on.






        share|cite|improve this answer














        If you were an electrical engineer the practical (and very useful) applications of the Laplace (Fourier) transform would be very clear.

        That is, in crude words as you require, the study of the response of a system to solicitations of different frequencies and how to cope with them.



        The Bode and Nyquist plots are paradigmatic.



        In the mechanical field that finds application in the study of vibrations especially, which means resonance phenomena, acoustic noise, fatigue and so on.







        share|cite|improve this answer














        share|cite|improve this answer



        share|cite|improve this answer








        edited Aug 31 at 13:11

























        answered Aug 28 at 15:43









        G Cab

        15.2k31136




        15.2k31136












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