Advanced Fluid Mechanics(Inviscid Flow)

coursetab

c_lecno	Title	files
1	Scalars, Vectors and Tensors	6400.pdf
2	Gram-schmidt orthonormalization	6401.pdf
3	Determinant of T	6402.pdf
4	Conservation of energy	6403.pdf
5	Navier-stokes equation	6404.pdf
6	Flow Kinematics	6405.pdf
7	Bernoulli equation	6406.pdf
8	Euler n equation	6407.pdf
9	vortex flow	6408.pdf
10	Blasius integral laws	6409.pdf
11	Joukowski transformation	6410.pdf
12	Symmetric Joukowski airfoil	6411.pdf
13	Schwarz-Christoffel transformation	6412.pdf
14	Three dimensional potential flows	6413.pdf
15	Lime distributed source	6414.pdf
16	D\'Alembert\'s paradox	6415.pdf
17	Kinetic energy of a moving fluid in a quiescent fluid by moving body	6416.pdf
18	Effect of surface tension	6417.pdf
19	Standing waves	6418.pdf
20	Compressible flow	6419.pdf
21	Maximum flow rate per unit area	6420.pdf
22	Normal shock	6421.pdf
23	Oblique shocks	6422.pdf
24	Potential flow solution	6423.pdf
25	Flow in ducts with heating or cooling	6424.pdf