Mathematical Physics

This title features: Kinematics of fluids in motion; Equations of motion of inviscid fluid; One-dimensional inviseid incompressible flow (Bernoulli's equation and its applications); Motion in two-dimensions and sources and sinks; General theory of irrotational motion; Motion of cylinders; and, Irrotational motion in three dimensions (motion of a sphere).

It includes: Stokes' stream function; Vortex motion (rectilinear vortices); Waves; General theory of stress and rate of strain; The navier stokes equations and the energy equation; Dimensional analysis, dimensionless constants (numbers); Similarity of flows; Laminar flow of viscous incompressible fluids; Boundary layer theory; Discontinuous motion; and, Additional topics and solved examples on the entire book.