Fundamental laws governing momentum, heat and mass transfer. Application of shell balances to solve simple laminar flow problems. Turbulence and Reynolds shear stress. Non-newtonian fluids and rheological models. Development and application of the equations of change for momentun, heat and mass transfer problems. Relevant dimensionless numbers in transport phenomena. Analogies between momentum, heat and mass transfer. Diffusive and convective transport. Equations of change for multi-component systems. Analysis of complex transport problems using a simulation software.