Introductory concepts; fluxes, gradients and transport properties; transport properties of materials; 1-dimensional, steady-state, diffusive transport; generation; accumulation; conservative transport and waves; transport enhancement using extended surfaces; multidimensional effects, potential functions and fields; convective transport - microscopic balances; macroscopic/engineering balances; convective transport on a flat plate; convective transport - systems with curvature; turbulent boundary layers; radiative transport; nomenclature. Appendices: vector mathematics; mathematical functions; exact solution to the boundary layer equations; selected properties of materials.
