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Introduction of fluid mechanics. Physical properties of fluids. Types of fluids. Fluid statics: Basic hydrostatic equation, Buoyancy and manometers. Bernouli’s equation. Fluid flow measurements. Fluid friction in steady flow. Macroscopic momentum balances. Open channel flow. Pumping of fluids and pump selection. Fluid mixing.
2014/2015
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This course includes an introduction to transport phenomena, molecular transport mechanisms, shell balances with applications on one dimensional transport, general balance relations (equations of change) for momentum, heat and mass transfer, general methods of solving P.D.E. with applications on transport processes, integral method of analysis (boundary layer theory) for momentum, heat and mass transfer convective transport, turbulent transport
2014/2015
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he role of the chemical engineer. Units and dimensions. Conversion of units. Systems of units. Dimensional homogeneity. Process data representation. Processes and process variables. Degrees of freedom analysis. Elementary mathematical tools for solving balance equations. Material balances for non reactive and reactive systems. Material balance on single phase and multiphase systems.
2014/2015
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Introduction to control systems. Modelling of dynamic behavior of chemical processes. Transfer functions. Dynamic behavior of first and second order systems. Analysis and design of control systems: types of controllers, closed loop response, stability, design of feedback controllers. Analysis of frequency response of linear systems. Design using frequency response techniques.
2013/2014
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Selected experiments drawn from (0905241), (0905322), (0905323). For example pumps, fans, jets, pressure drops in closed and open conduits, flow measurements and refrigeration, stirling cycle, air conditioning, vapor-liquid equilibrium, liquid-liquid equilibrium.
2013/2014
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Relationships among thermodynamic properties: equations, tables, diagrams. Estimation of auxiliary physical properties. Properties of mixtures and solutions : fugacity of gases and liquids, ideal and non-ideal sloutions, activity and standard states, Gibbs-Duhem equation. Physical equilibria among phases: phase rule, vapor-liquid equilibria for various systems. Equilibrium phase diagrams. Chemical reactions equilibria.
2014/2015