Lecture materials

    Lecture 1 (Mar 29): sections 1, 2, and 7 of ref. 3

    Lecture 2 (Mar 31) : sections 2 and 10 of ref. 3

    Lecture 3 (Apr 5) : section 15 of ref. 3

    Lecture 4 (Apr 7) : sections 6 and 49 of ref. 3

    Lectures 5 (Apr 12) : sections 1.1-1.5 of ref. 4

    Lectures 6 (Apr 14) : section 2.2 of ref. 4

    Lectures 7 (Apr 19) : section 6.6 of ref. 4

    Lecture 8 (Apr 21) : section 39 of ref. 3; chapter 8 and sections 15.4, 15.5, 16.4, 20.1 of ref. 1; section 5.2 and chapter 7 of ref. 5

    Lecture 9 (Apr 26) : chapters 7, 11 ref. 1; sections 17, 18, 23, 24 of ref. 3

    Lecture 10 (Apr 28) : sections 33, 36, 37 of ref. 3

    Lecture 11 (May 3) : sections 42 of ref. 3

    Lecture 12 (May 5) : sections 11.9, 21.9-21.13 and of ref. 1; chapter 8 of ref 5

    Lecture 13 (May 10) : chapter 7 of ref. 3

    Lecture 14 (May 12) : sections 21.4-21.5 of ref. 1

    Lecture 15 (May 17) : discussion of the homework 3 solutions

    Lecture 16 (May 19) : section 6.10 of ref. 2

    Lecture 17 (May 24) : sections 26-29 of ref. 3; section 22 of ref. 1

    Lecture 18 (May 26) : sections 26-29 of ref. 3; section 22 of ref. 1

    References (on reserve)
  1. "Incompressible flow" by R.L. Panton.

  2. "An introduction to fluid mechanics" by G.K. Batchelor.

  3. "Fluid mechanics" by L.D. Landau and E.M. Lifshitz.

  4. "Rarefied gas dynamics" by M.N. Kogan (electronic reserve).

  5. "Perturbation methods in fluid mechanics" by M. Van Dyke.