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Undergraduate Bulletin of Information 2001-2002COLLEGE OF ENGINEERINGcompressor characteristics and operation.Simulation and optimization of these systems.MEEG 4005. MECHANISM DESIGN. Threecredit hours. Three hours of lecture per week.Prerequisites: GEEG 3032 and GEEG 3017.Fundamental concepts in the design ofmechanisms including synthesis and kinematicand kinetic analysis. Mechanisms to be studiedinclude linkages, cams, gears, gear trains, andflexible connectors.MEEG 4006. DYNAMICS OF MACHINERY.Three credit hours. Two hours of lecture andone two-hour computation or demonstrationperiod per week. Prerequisites: MATH 4009and MEEG 4005.A study of static and inertia forces in machinery;free and forced vibration isolation; balancing ofrotors; critical speed of shafts.MEEG 4007. METALLURGY FORENGINEERS. Three credit hours. Two hours oflecture and one two-hour laboratory per week.Prerequisites: MEEG 4001 and GEEG 4001.A study of the relationship of the mechanicalproperties of metals to their micro and macrostructure, with emphasis on the application ofmetals in the fields of engineering.MEEG 4008. AERODYNAMICS. Three credithours. Three hours of lecture per week.Prerequisites: MATH 4009, MEEG 4001 andGEEG 4015.The basic principles of aerodynamics, withparticular reference to airfoils, and the theory oflift and drag; airplane performance problemsfrom the standpoint of power required, rate ofclimb, range and economy at various altitudes.MEEG 4009. AUTOMATIC CONTROLS.Three credit hours. Two hours of lecture andone two-hour laboratory per week. Prerequisites:MATH 4009, GEEG 3032, ELEG 4075 andeither ELEG 3105 or ELEG 4005.Use, calibration and sensitivity of instrumentsfor measuring temperature, pressure, volume,strain, and fluid flow; analysis of electrical,electronic, hydraulic, mechanical andpneumatical servomechanisms; control systemsand their characteristics, such as response,sensitivity and stability.MEEG 4011. DESIGN OF MACHINEELEMENTS I. Three credit hours. Three hoursof lecture per week. Prerequisites: GEEG 4012and GEEG 4001.Application of the fundamentals of staticsdynamics, strength of material, and materialsscience to the design of machine members andother mechanical elements.MEEG 4012. DESIGN OF MACHINEELEMENTS II. Three credit hours. Three hoursof lecture per week. Prerequisite: MEEG 4011.Analysis and design of specific machinecomponents including screws, nuts, springs, gears,bearings, shafts, brakes, clutches, and couplings.MEEG 4015. HEAT TRANSFER. Three credithours. Three hours of lecture per week.Prerequisites: GEEG 4015, MATH 4009, GEEG3016 and MEEG 4001 or MEEG 4045.Fundamentals of steady and unsteady conduction,forced and natural convection and radiation.Introduction to heat exchangers.MEEG 4018. ENERGY CONVERSION. Threecredit hours. Three hours of lecture per week.Prerequisites: MEEG 4015, ELEG 4076 andMEEG 4002.A study of the different methods of energyconversion. The course will cover the basictheoretical concepts, and will include discussionson conventional and modern devices for energyconversion, such as steam generators, internalcombustion engines, turbines, thermoionic andthermoelectric systems, fuel cells, thermonuclearplants, and lasers.MEEG 4019. ENERGY AUDITING ANDMANAGEMENT. Three credit hours. Threehours of lecture per week. Prerequisite: MEEG4001 or CHEG 4011.Fundamental concepts of energy engineering;principles and methods related to the use,conservation, auditing and management ofenergy sources.MEEG 4027. POWER PLANTENGINEERING. Three credit hours. Twohours of lecture and three of computation per298
COLLEGE OF ENGINEERING Undergraduate Bulletin of Information 2001-2002week. Prerequisites: MEEG 4002 and MEEG4015.The application of fundamental concepts ofthermal sciences and economics to the analysisof power generating stations; emphasis on steamand gas systems.MEEG 4028. FLUID MACHINERY. Threecredit hours. Two hours of lecture and one twohourcomputation period per week.Prerequisites: GEEG 4015 and MEEG 4002.A presentation of the engineering applications offluid mechanics in the study and design of fluidmachinery, such as axial and centrifugal fans,blowers and compressors, pumps, fluidcouplings, torque converters and turbines.MEEG 4029. NUCLEAR POWER REACTOR.Three credit hours. Three lectures per week.Prerequisites: PHCS 3172, MEEG 4002, MEEG4015.A study of nuclear power reactor types; radiationhazards and shielding; waste disposal, heattransfer and cooling systems; problems ofdesign, construction and materials used;economics of nuclear power.MEEG 4031. MECHANICAL ENGINEERINGLABORATORY I. One credit hour. One threehourlaboratory per week. Prerequisites: MEEG4015, ELEG 4076 and MEEG 4002.Principles and application of the data acquisitionplanning. Instrumentation technique; analysisand reduction of data and technical reportwriting.MEEG 4032. MECHANICAL ENGINEERINGLABORATORY II. One credit hour. One threehourlaboratory per week. Prerequisite: MEEG4031.Continuation of MEEG 4031. Experiments andprojects in Mechanical Engineering and relatedfields.MEEG 4035. REFRIGERATION AND AIRCONDITIONING. Three credit hours. Threehours of lecture per week. Prerequisites: MEEG4015 and MEEG 4002.A comprehensive study of the fundamentals ofair conditioning; psychometric calculations;comfort, health and industrial processesrequirements; heating and cooling loads; airconditioning equipment and its selection.MEEG 4037. INTERNAL COMBUSTIONENGINES. Three credit hours. Three hours oflecture per week. Prerequisite: MEEG 4015.A presentation and study of modern sparkignitionand compression-ignition engines,including types and characteristics; operatingpower cycles; combustion phenomena; engineperformance; heat losses and efficiencies.MEEG 4039. MECHANICAL ENGINEERINGPRACTICE. Three credit hours. Thirty fivehours per week for seven (7) or more weeksduring the Summer or its equivalent during thesemester. Prerequisite: Consent of the Directorof the Department.A course organized in cooperation with privateindustry or government to provide the studentwith practical experience in mechanicalengineering. The work performed by the studentwill be jointly supervised by the academicdepartment and an appropriate official from thecooperating organization. An oral and writtenreport will be required from the student uponcompletion of the project.MEEG 4045. GENERALTHERMODYNAMICS FOR ENGINEERS.Three credit hours. Three hours of lecture perweek. Prerequisites: CHEM 3002 and eitherPHCS 3172 or PHCS 3162 or PHCS 3012.Fundamental laws and principles ofthermodynamics and their application inengineering. Thermodynamic and energeticconcepts, properties of pure substances, heattransfer, heat engines.MEEG 4055. MANUFACTURINGPROCESSES. Three credit hours. Three hoursof lecture per week. Prerequisite: GEEG 4001.Different manufacturing processes and machinetools; influence of the method of fabricationupon the properties of materials; computer andnumerical control of machine-tools; use ofplastics.MEEG 4056. MANUFACTURINGPROCESSES LABORATORY. One credithour. One three-hour laboratory per week. Corequisite:MEEG 4055.299
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