Principles of Classical Mechanics and Field Theory

acceleration angular angular momentum angular velocity arbitrary C. R. Acad CAUCHY'S Chap circulation preserving co-ordinate system components condition const constant constitutive equations covariant covariant derivative curl curve defined deformation density derivatives differential dimensions displacement dynamics elastic electromagnetic energy entropy equivalent Euclidean EULER field finite fluid flux follows formula frame function given grad Hamiltonian hence inertia integral invariant irrotational isochoric kinematical Lagrangian linear mass material Math matrix mechanics metric tensor momentum necessary and sufficient normal obtain orthogonal particle Phys physical plane potential principle proper numbers quadric quantities rectangular Cartesian result rigid body rotation satisfy scalar Sect shear simple shear space steady strain stream lines stress symmetric tensor tensor field theorem theory thermodynamic trajectories transformation TRUESDELL vanishes vector velocity vortex vorticity