Page 428 - Undergraduate Catalog 2024-25

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gives the students a full idea about of physical chemistry including CME 220 - Chemical Engineering
the basic definitions of chemistry, solutions; colligative properties, Thermodynamics I
chemical interactions and laws, thermodynamics of mixing and
and characteristics of mater. Also, it liquid mixtures are well explained. Credit Hours: 3
reviews important algebraic concepts This course gives the students a Prerequisite: CME 210
and introduces the use of these full idea about vapor pressure and This course covers the following:
concepts in chemistry. temperature-composition diagrams. Basic concepts of thermodynamics;
Phase diagrams for single-, double- Pressure Volume Temperature
CHE 206L - General Chemistry and triple-component systems, relationships of pure fluids and
II Lab types and orders of reactions, equations of state; First and
Credit Hours: 1 determination of some simple second laws; Concepts of Entropy,
physical characteristics as melting
Prerequisite: CHE 205 Thermodynamic properties of
Co-requisite: CHE 206 point of solids, pH, viscosity and pure fluids; Applications of energy
conductivity, electrochemistry,
This course introduces the principles surface thermodynamics. balances and thermodynamics to
and concepts of chemistry with the flow processes; Production of power
from heat, power cycles; Liquefaction
emphasis on laboratory skills and MEC 300 - Materials Science and refrigeration.
practical hands-on experiences for
the students. This course will have Credit Hours: 3 CME 300 - Chemical Engineering
Prerequisite: CHE 205
laboratory experiments, simulated Thermodynamics II
experiments, demonstrations and An introduction to the structure
group activities of students to and properties of materials and Credit Hours: 3
illustrate the principles and concepts the processing routes utilized to Prerequisite: CME 220 + MTT 205
of the course CHE 206. optimize properties. All major classes This course covers: Review of basic
of materials are covered, including thermodynamics; Gibbs phase rule;
CHE 305 - Organic Chemistry metals, ceramics, composites, Theory and application of solution
Credit Hours: 4 and polymers. Emphasis on the thermodynamics; Vapor-liquid and
Prerequisite: CHE 206 relationships between chemical liquid-liquid equilibrium for ideal and
bonding, crystal structure, phase
This course will cover the chemistry equilibria, microstructure, and non-ideal systems; Chemical reaction
of carbon compounds and their properties including electrical band equilibrium. Students will learn
properties, structures and reactions. structures, electron excitation events essentials of property estimation
It will cover Chemical bonding, and semiconductors. Diffusion, from software, for instance ASPEN-
physical properties, stereochemistry, kinetics of phase transformations, Plus or equivalent.
reaction mechanisms, and synthesis. and microstructure development CME 301 - Mass Transfer
The course will give the students during basic processes.
a solid understanding of organic Credit Hours: 3
chemistry by stressing how CME 210 - Principles of Chemical Prerequisite: CME 300 + CME 341
fundamental reaction mechanisms Engineering This course covers: Molecular,
function and reactions occur. Organic convective and interphase mass
laboratory experiments are included Credit Hours: 4 transfer; Transport properties;
in the course. Labs will be for two Prerequisite: CME 200 Continuous and stage-wise mass
hours per week. Co-requisite: CHE 205 transfer; absorption/stripping
The course includes the following operations; Humidification/drying;
CHE 330 - Physical Chemistry content related to the application Design of absorption/stripping
Credit Hours: 3 of physicochemical principles to equipment including hydrodynamic
Prerequisite: CME 220 + CHE 206 problems in chemical and processing design (loading, flooding, column
industries; mass balances on non-
This course of Physical Chemistry reactive systems; applications of diameter and height).
reviews the properties of ideal and reaction stoichiometry and mass
real gasses. The course gives a solid balances on reactive systems; Orsat
understanding of concepts of the first analysis; the use of thermodynamic
and second laws of thermodynamics data and general energy balances;
and thermo-chemistry. Work, heat, and the use of heats of reaction and
internal energy, enthalpy, entropy energy balance for reactive systems.
and Gibbs energy are described in
this course. The various principles

Abu Dhabi University | Undergraduate Catalog 2024 - 2025