Go Back to 618-342 (Mathematics, Faculty of Science, v4, p214)
NOTE: These differences were detected by computer program - they may or may not be substantive.
Different CONTACT
Source=[39 lectures (three a week).]
Xref = [39 lectures (three each week)]
Different CONTENT
Source=[Basic principles of continuum mechanics: thermodynamics of continua, stress tensors, laws for transport of mass, momentum and energy. Fluid dynamics: The Newtonian viscous fluid: exact solutions, dynamical similarity, flow at low Reynolds number, lubrication theory, flow at high Reynolds number; effectively inviscid fluids: potential flow, isentropic gas flow, acoustics, shock waves; flow in porous media; diffusion and convection in a flowing fluid. Elasticity:the linear theory of elasticity; Navier's equation; elastic waves, applications.]
Xref = [<i>Basic principles of continuum mechanics</i> Thermodynamics of continua, stress tensors, laws for transport of mass, momentum and energy. <i>Fluid dynamics</i> The Newtonian viscous fluid: exact solutions, dynamical similarity, flow at low Reynolds number, lubrication theory, flow at high Reynolds number; effectively inviscid fluids: potential flow, isentropic gas flow, acoustics, shock waves; flow in porous media; diffusion and convection in a flowing fluid. <i>Elasticity</i> - The linear theory of elasticity; Navier's equation; elastic waves, applications.]
Different PREREQUISITES
Source=[Mathematics 618-231, 618-232. Students are encouraged to take, in addition, one or both of 331, 332.]
Xref = [Mathematics 618-231, 618-232. Students are encouraged to take, in addition, one or both of 331, 332.]
Mon Oct 9 16:30:34 1995
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