Mechanics by Jaimala
Mechanics by Jaimala
  • Видео 84
  • Просмотров 91 871
Fluid Dynamics | Stream Function and its Properties
Introduction of stream function for two-dimensional flows, stream function is a harmonic function for irrotational motion, Physical significance of Stream function
Просмотров: 261

Видео

Fluid Dynamics I Stream Function and its Properties (continued) I Potential Function
Просмотров 137Год назад
Stream function, polar coordinates and stream function, stagnation point and streamlines, potential function, relation between stream function and potential function
Fluid Dynamics: Doublet (Complex Variable Technique)
Просмотров 9823 года назад
Fluid Dynamics: Doublet (Complex Variable Technique)
Fluid Dynamics Flow between two Non-porous Parallel Plates
Просмотров 3053 года назад
Fluid Dynamics Flow between two Non-porous Parallel Plates
Fluid Dynamics Example Circulation
Просмотров 9613 года назад
Fluid Dynamics Example Circulation
L-39 Mechanics (Canonical Transformation Part-2 )
Просмотров 4723 года назад
Canonical Transformation: Phase Space
L-40 Mechanics (Canonical Transformations Part 3)
Просмотров 3593 года назад
L-40 Mechanics (Canonical Transformations Part 3)
L-41 Mechanics (Canonical Transformations Part 4)
Просмотров 3303 года назад
L-41 Mechanics (Canonical Transformations Part 4)
L-42 Mechanics Hamilton Jacobi Theory Video
Просмотров 1,2 тыс.3 года назад
L-42 Mechanics Hamilton Jacobi Theory Video
L-38 Mechanics (Canonical Transformation)
Просмотров 1,1 тыс.4 года назад
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L-37 Mechanics (Principle of Least Action)
Просмотров 8474 года назад
L-37 Mechanics (Principle of Least Action)
L-36 Mechanics (Derivation of Hamilton's Equations of motion by Hamilton's Principle)
Просмотров 8934 года назад
L-36 Mechanics (Derivation of Hamilton's Equations of motion by Hamilton's Principle)
L 35 Mechanics (Routhian Approach to Mechanics)
Просмотров 1,9 тыс.4 года назад
L 35 Mechanics (Routhian Approach to Mechanics)
L-32 Mechanics (Phase Space)
Просмотров 3384 года назад
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L-34 Mechanics (Properties of Hamiltonian)
Просмотров 1,1 тыс.4 года назад
L-34 Mechanics (Properties of Hamiltonian)
L-33 Mechanics (Hamilton's Mechanics: Legendre's Transformation)
Просмотров 8004 года назад
L-33 Mechanics (Hamilton's Mechanics: Legendre's Transformation)
L-31 Mechanics (Energy Function in Configuration Space)
Просмотров 7004 года назад
L-31 Mechanics (Energy Function in Configuration Space)
L-30 Mechanics (Cyclic Coordinates & Conservation Theorems)
Просмотров 2 тыс.4 года назад
L-30 Mechanics (Cyclic Coordinates & Conservation Theorems)
L-26 Mechanics (Lagrange's Equations of Motion for Non Conservative Systems)
Просмотров 1,1 тыс.4 года назад
L-26 Mechanics (Lagrange's Equations of Motion for Non Conservative Systems)
L-29 Mechanics (Lagrange's Multiplier Method for Non holonomic Systems Continued)
Просмотров 3,3 тыс.4 года назад
L-29 Mechanics (Lagrange's Multiplier Method for Non holonomic Systems Continued)
L-28 Mechanics (Lagrange's Multiplier Method for Non-holonomic Systems)
Просмотров 12 тыс.4 года назад
L-28 Mechanics (Lagrange's Multiplier Method for Non-holonomic Systems)
L-27 Mechanics (Derivation of Hamilton's Principle by D'Alembert's Principle)
Просмотров 1,2 тыс.4 года назад
L-27 Mechanics (Derivation of Hamilton's Principle by D'Alembert's Principle)
L-25 Mechanics (Lagrange's and Newton's Equation of Motion from Hamilton's Principle)
Просмотров 7744 года назад
L-25 Mechanics (Lagrange's and Newton's Equation of Motion from Hamilton's Principle)
L-24 Mechanics (Hamilton's Principle)
Просмотров 4074 года назад
L-24 Mechanics (Hamilton's Principle)
L -21 Mechanics (Geodesics on Cone and Cylinder)
Просмотров 2,4 тыс.4 года назад
L -21 Mechanics (Geodesics on Cone and Cylinder)
L-20 Mechanics (Geodesics on Sphere)
Просмотров 7 тыс.4 года назад
L-20 Mechanics (Geodesics on Sphere)
L -19 Mechanics (Geodesics)
Просмотров 7984 года назад
L -19 Mechanics (Geodesics)
L-18 Mechanics (Calculus of Variation)
Просмотров 5874 года назад
L-18 Mechanics (Calculus of Variation)
L-17 Mechanics (Lagrange's Mechanics: Spherical Pendulum)
Просмотров 7704 года назад
L-17 Mechanics (Lagrange's Mechanics: Spherical Pendulum)
L -16 Mechanics (Lagrangian Mechanics: Linear Harmonic Oscillator, Simple Pendulum)
Просмотров 3864 года назад
L -16 Mechanics (Lagrangian Mechanics: Linear Harmonic Oscillator, Simple Pendulum)

Комментарии

  • @NhlanhlaMabena
    @NhlanhlaMabena 22 дня назад

    Greetings Prof what Textbook can I use for this course, please assist

  • @sidranazar9889
    @sidranazar9889 Месяц назад

    wawo very super lecture

  • @kaursingh637
    @kaursingh637 2 месяца назад

    thank u for excellent lecture

  • @kaursingh637
    @kaursingh637 2 месяца назад

    Excellent Lecture -- very good --please make short lecture ( 10 minutes )-- please read from slide --thank u for excellent lecture

  • @kaursingh637
    @kaursingh637 2 месяца назад

    EXCELLENT --PLEASE MAKE LECTURE SHORT --PLEASE READ FROM SLIDE --THANK U FOR EXCELLECT LECTURE

  • @kaursingh637
    @kaursingh637 2 месяца назад

    EXCELLENT LECTURE --PLEASE MAKE LECTURE SHORT ( 10 MINUTES ONLY ) -- READ FROM SLIDE -- PLEASE NAME BOOK OF LECTURE = THANK U MADAM FOR EXCELLENT LECTURE

  • @LD-gi3kq
    @LD-gi3kq 4 месяца назад

    Tq mam u are great thank u...your playlist is a gem...if u can plz take time to upload exact equation for stokes theorem too...

  • @gopalakrishnanpoojyam1691
    @gopalakrishnanpoojyam1691 5 месяцев назад

    They are not explaining things clearly.... Only writing seems to be their teaching 🤣

  • @HagosAbirham
    @HagosAbirham 6 месяцев назад

  • @brightsight7893
    @brightsight7893 9 месяцев назад

    U are teaching at a very god level. Thank you so much, mam. I am glad to get teacher like you

  • @brightsight7893
    @brightsight7893 9 месяцев назад

    the most, physical explaining the equation, lecture I have got in the higher level study. Thank you mam

  • @ahsanulhaq8056
    @ahsanulhaq8056 9 месяцев назад

    delta v expression is looking not consistent free index wise....would you comment on this?

  • @ahsanulhaq8056
    @ahsanulhaq8056 10 месяцев назад

    amazing! i have no words appreciate your effort.

  • @nehajangra9593
    @nehajangra9593 11 месяцев назад

    Great job ma'am 👏 keep it up 🥰

  • @akashmishra7938
    @akashmishra7938 Год назад

    Good explanation mam

  • @meghdadatai854
    @meghdadatai854 Год назад

    Nice. Do you have heat transfer solution for this problem?

  • @joshkhan9443
    @joshkhan9443 Год назад

    Mam while defining centre of mass for a system with n particles ,you have taken summation of mass into velocity vector.Will that be summation of mass into radius vector. Pls mam kindly clarify.

  • @melvinaquartey
    @melvinaquartey Год назад

    Thank you!!

  • @abhijitboruah5748
    @abhijitboruah5748 Год назад

    Thank you so much ma'am ❤❤❤

  • @underratededitor1002
    @underratededitor1002 Год назад

    Ma'am your lectures are really awesome. Till now I have learned so much about classical mechanics from your lectures. Thank you so much ma'am for your efforts.

  • @manu_ruhela
    @manu_ruhela Год назад

    Thnku..❤

  • @rishabhbhardwaj6836
    @rishabhbhardwaj6836 Год назад

    Thanks miss

  • @lavkushtiwari4768
    @lavkushtiwari4768 Год назад

    Mam you are great 👍👍

  • @satendrayadav4076
    @satendrayadav4076 Год назад

    Mam, thanks for lecture. please tell which book can be referred along with your lecture.

  • @rishabhbhardwaj6836
    @rishabhbhardwaj6836 Год назад

    Thanks miss🙏

  • @satendrayadav4076
    @satendrayadav4076 Год назад

    Thanks mam.

  • @mathgolla9948
    @mathgolla9948 Год назад

    Only video on youtube which is helpful for this topic I found.

  • @adarshkaranwal2400
    @adarshkaranwal2400 Год назад

    Best explanation..watched all lectures of this series ....very beneficial for me ..

  • @vishakhagoyal6564
    @vishakhagoyal6564 2 года назад

    Thanku mam🤗

  • @soledefender35
    @soledefender35 2 года назад

    Mam

  • @soledefender35
    @soledefender35 2 года назад

    Mam

  • @soledefender35
    @soledefender35 2 года назад

    What a great teacher u are ,I love reading with u if u had taken a bit of questions explaining each concept it would have been better

  • @shubhamjadhav8259
    @shubhamjadhav8259 2 года назад

    Thank you so much ❤️

  • @soledefender35
    @soledefender35 2 года назад

    Mam I loved ur teachings ,thank u for teaching such exclusive topics

  • @irfanrasool7837
    @irfanrasool7837 2 года назад

    Nycc

  • @shahafghan3246
    @shahafghan3246 2 года назад

    board banda a lika

  • @mathathome1659
    @mathathome1659 2 года назад

    ruclips.net/video/cBra74jc6e4/видео.html see the mathematically derivation....

  • @Deepakrokne
    @Deepakrokne 2 года назад

    Vry helpful video mam ❤️

  • @BilalKhan-sg7cr
    @BilalKhan-sg7cr 2 года назад

    Mam which book you follow

  • @nidhikewat1884
    @nidhikewat1884 2 года назад

    Thank u mam☺️

  • @taslimaakter3737
    @taslimaakter3737 2 года назад

    Isn't I=Mr^2?

  • @gauravthakur6523
    @gauravthakur6523 3 года назад

    🙏thank you mam

  • @vipulsengangwal1855
    @vipulsengangwal1855 3 года назад

    You can start to teach for UPSC maths optional.

  • @vipulsengangwal1855
    @vipulsengangwal1855 3 года назад

    Nice mam.

  • @piyush8659
    @piyush8659 3 года назад

    Thanku so much mam

  • @SimranKaur-tr1dh
    @SimranKaur-tr1dh 3 года назад

    Thank you so much mam😊...you are wonderful

  • @nituraj8370
    @nituraj8370 3 года назад

    Mam upload the full playlist on classical mechanics..

  • @fahmidanishat4911
    @fahmidanishat4911 3 года назад

    From which book you explain the theory?

  • @heliogabrieldacunhabarroso5541
    @heliogabrieldacunhabarroso5541 3 года назад

    Great lectures, thank you! Greetings from Brazil

    • @heliogabrieldacunhabarroso5541
      @heliogabrieldacunhabarroso5541 3 года назад

      I'm using the textbook from Nivaldo Lemos "Analytical Mechanics" (Cambridge university). Your course fits pretty well with this book too.

  • @n.kswain9138
    @n.kswain9138 3 года назад

    Why dr is independent of time in the expression of extension of hamilton principle. I am not getting this point can you please clarify?