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Graduate

School of Mechanical Engineering Curriculum

Code Title & Description Credit
MEU5003 RADIATION HEAT TRANSFER
Calculations of heat transfer processess by radaition both in radiatively participating medium and not participating medium
3
MEU5006 ACOUSTICS 2
This is the second installment of a two-semester introductory course on physical acoustics. Topics to be covered are derivation of wave equation, spherical and cylindrical waves, piston radiation, diffraction, and arrays
3
MEU5007 ADVANCED TOPICS IN NANO DEVICES
This course opens up chances to learn about nano fabrications and working principles about nano-sclaed device, which is different electron functioning from macro-scaled one. It covers fundamental principles of nano devcies and applications, including advantage s of structures and devices on the nanometer scale snd carbon devices, such as The "top down" and "bottom up" manufacturing paradigm of nano device applications and prospects for the future, Molecular engineering, molecular electronics, nanofabrication, and bionanotechnology.
3
MEU5008 ROBOTICS
Lectures on kinematics, dynamics, control and other related issues about robot.D-H notation, plain/inverse kinematics and dynamics, motion control and force control,trajectory planning and etc.
3
MEU5009 PSYCHOACOUSTICS FOR ENGINEERS
This course is an introduction to the physiology and psychology of human hearing. Topics include auditory system, masking, pitch, loudness, binaural hearing, and applications in such areas as noise/vibration/harshness (NVH), hearing aids, and room acoustics.
3
MEU5031 PLANAR MECHANISMS DESIGN
N-position coplanar synthesis including infinitesimal motion considerations, synthesis of mass properties of linkage system, shaking force and moment balancing techniques, selected topics on the design of direct contact mechanisms
3
MEU5090 PRINCIPLES OF NANOSCIENCE
Intronduction to basic principles of quantum mechanics, such as Schrodinger equation, uncertainty principle, electron spins, tunneling phenomena, Bosons and Fermions, and band structures of solids.
3
MEU5110 BIO-INDUSTRY AND MANAGEMENT
Making proposal for bio-venture, trend and vision of bio-industry, analysis of venture capital and investments, General management skill
3
MEU5130 ADVNCED KINEMATICS OF MACHINES
Computational planar and spatial mechanism analysis and synthesis, kinematics and dynamics of machinery, mechanism simulation and design S/W development
3
MEU5150 INTERNAL COMBUSTION ENGINE THEORY EXPERIMENTS
History of ICE, basic theory, flow, heat transfer, combustion, emission, friction and lubrication, performance
3
MEU5210 STATISTICAL THERMODYNAMICS
Statistical speculation of macro- and microstates, molecular dynamics, quantum theory, probability, molecular statistics, chemical equilibrium, ensemble, real gas effects, irreversibility
3
MEU5230 SPECIAL TOPICS IN TURBOMACHINERY
Dimensional analysis, blade types, basic thermodynamics and fluid mechanics, analysis of the mean-line flow, matching of components, axisymmetric through-flow, blade-to-blade flow, axial flow turbines, axial flow compressors and fans, centrifugal pumps and compressors, radial flow gas turbines, hydraulic turbines, designs for gas and steam power plant, wind turbines
3
MEU5410 CONCURRENT ENGINEERING DESIGN
Life-Cycle management, process re-engineering, definitions, cooperative work teams, system engineering, information modeling, product realization, taxonomy, concurrent engineering system
3
MEU5450 MICROSYSTEM DESIGN
Basic IC Process, Surface micromachining, Bulk micromachining, LIGA / Electroplating / Lift-off, Soft lithography and Nanoimprinting, Wafer Bonding, Packaging and Assembly, layout CAD
3
MEU5460 INTRODUCTION TO COMBUSTION CHEMISTRY
Review of thermodynamics and mass transfer,chemical kinetics and coupling chemical and thermal analyses, pollutant emission, solid fuel combustion
3
MEU5480 BIO-ANALYTICAL SYSTEMS
Structure and functon of biomacromolecules, biological interactions, SPR, ITC, conventional biosensing techniques, Nanomaterial-based biosensor, cell-based biosensor
3
MEU5620 Theory of Intelligent CAD and its Design Application
This class focuses on modeling design processes and design objects to support a conceptual design. A design process knowledge is represented by multiple levels of abstraction corresponding to the meta-knowledge to model design behaviors and the special knowledge to model the processes in designing particular objects. A design knowledge base and database modeling language is used to model both design processes and design objects. The language combines logic programming functions and object oriented programming functions into an integrated environment. The knowledge base and database representation scheme serves as the basis in the feature-based integrated concurrent design system. A number of prototype systems will be introduced in the class and students will develop his own intelligent CAD system as a final project.
3
MEU5630 Introduction to TRIZ
Theory of Inventive Problem Solving, Innovation Situation Quistionnaire(ISQ),Problem Formulation,Contradiction, The Ideal Design,System Modeling, Substance-Field Analysis,Patterns of Evoluton,Physical Effects and Phenomena,39 Parameters,40 Principles,Contradiction Table,Implementation
3
MEU6000 ADVANCED DYNAMICS
Newton's second law approach, analytical dynamics, Lagrange's equations, Hamilton's principle, energy concepts
3
MEU6002 MECHANICS OF THE CELL
Introduction to the cell,cell shapes, size and structure, intermambrane force, movement in the cell, Molecular motors, force measurement techniques
3
MEU6003 PRODUCT PLANNING AND DEVELOPMENT
The Purpose of this class is to understand the process of product development. Students will learn various desing methodology and apply them to industrial porducts.Developing a new product deveopment system will be tried by students in class.
3
MEU6004 PROCESSING OF THIN FILM AND PLASMA
Introduction to plasma theory, DC and RF glow discharge, sputtering, evaporation, chemical vapor deposition, plasma based etching process, plasma surface treatment, vacuum parameters, plasma sources, photolithographic processing, thin film characterization, and discussion of thin film plasma industrial applications
3
MEU6010 MICRO/NANOSCALE ENERGY TRANSPORT
This class discuss the how energy carriers, such as photons, electrons, excitons, phonons participate in the transport processess
3
MEU6050 SPECIAL TOPICS OF MECHANICAL METALLURGY
lectures by professor and presentations by students about special issues about mechanical metallurgy such as hybrid welding, fretting corrosion, copper tarnishing, errosion & corrosion in pipe, etc
3
MEU6060 MOLECULAR GAS DYNAMICS
Introduction to the molecular view of the thermophysical and transport properties of gases, microscopic behavior of molecules, kinetic theory of gases, chemical thermodynamics, introduction to statistical mechanics
3
MEU6070 PHOTONICS
Introduction to basics of photonics and optics, such as electromagnetic fields and waves, ray matrices, waveguide propagation, optical fibers, lasers, nonlinear optics, electro-optic modulations, acousto-optic modulations, wave propagation in periodic media, and photonic crystals.
3
MEU6080 MECHANICS OF MICORSYSTEM
Materials / Scale Law, Various transduction principles, Commercialized Microsystem Examples, Micro-flexure design, Thermomechanics/Micro-thermal systems, Microfluidics, Electrostatics, Dynamic systems and microresonators, Assembly and packaging of microdevices, Design Case Study
3
MEU6090 SPECIAL TOPICS ON CELL CHIP
Microfluidic devices for cellomics, pretreatment of biological samples for microchip analysis, on-chip single-cell cultivation systems, microfluidic cell-culture devices, micromachined bioreactor
3
MEU6111 STRUCTUREL OPTIMAL DESIGN
This class aims to give the opportunity for the graduate students majoring in mechanical engineering to study on the topology optimization. Different to the previous courses, this course is focused only on the topology optimization especially on its theoretical backgrounds and real programming based on the theory. Therefore, the application of the commercial package and related projects are no more concerned. Not only the textbook but also the related papers are studied to understand topology optimization.
3
MEU6140 Special topics in nontraditional manufacturing processes
Electrical and chemical methods in micromachining: electrical discharge machining, electrochemical machining, ion beam machining, magnetorheological fluid finishing, and laser machining; fundamental of material removal mechanism; modeling and process design; machine tool structures; industrial application of the nontraditional manufacturing; advanced topics in nontraditional manufacturing research
3
MEU6230 VISCOUS FLUID DYNAMICS
Characteristics of fluid, boundary conditions, related equations, effects of viscosity, Navier-Stokes equation, exact solutions of Newtonian viscous flow, boundary layer flows, turbulent flows, Couette flow, duct flow, similarity solution, creeping flow, and numerical solutions
3
MEU6240 COMBUSTION ENGINEERING
Chemical kinetics, ignition, premixed flame, diffusion flame, reactive gas dynamics, flammability, flame propagation, combustion modeling, combustion in practical applications
3
MEU6250 DESIGN OF THERMAL SYSTEM
Diffusive mass transfer, convective mass transfer, mass and heat transfer, system analysis, temperature control, heat exchanger, mass exchanger, reheater optimization, total energy system, future energy resource
3
MEU6260 COMPUTATIONAL FLUID DYNAMICS
Finite difference method, discrete equations, stability analysis, wave equation, heat equation, Laplace equation, Burgers' equation, parabolized Navier-Stokes equation, ADI algorithm, SOR algorithm, SIMPLE algorithm, and grid generation
3
MEU6261 ENGINEERING MECHANICS OF COMPOSITE MATERIALS
Basic concept and characteristics of composite materials, elastic behavior of unidirectional lamina, strength of unidirectional lamina, elastic behavior of multidirectional laminates, hygrothermal effects, failure analysis, experimental methods for characterization
3
MEU6270 ADVANCED TRIBOLIGY
Viscosity, hydrostatic lubrication, squeeze film bearing, hydrodynamic lubrication, journal bearing, fluid friction, power loss, viscous pump, bearing dynamics, and special bearing
3
MEU6290 PARTICLE ENGINEERING
Phenomena of heat and mass flow including airborne particle, particle kinetics, formation and dynamics of aerosols, development of generalized models for predicting the scavenging rate of sub-micron aerosols
3
MEU6340 THEORY OF AUTOMATIC CONTROL
Topics on modern control theory - state space representation and analysis, state feedback design, pole placement, observer design, LQR, LQG control
3
MEU6360 DESIGN OPTIMIZATION
This class aims to give the opportunity for the graduate students majoring in mechanical engineering to study on general optimization theory and applications. The class is composed of four parts: analysis of electromagnetic fields, parameter optimization by DOE (Design of experiments) and RSM (Response Surface Method), finite element analysis theory, and shape optimization. During the class, finite element analysis programming, FE analysis of EM fields, research projects about shape and parameter optimization as well as ordinary examinations and home-works are given for the evaluation.
3
MEU6411 MICRO-OPTICS FABRICATION
This course is an introduction to the design and fabrication of micro optics and optical components. Topics include reflective-refractive-diffractive optics, micro mold insert, patterning technologies, fabrication methods of micro optics, testing methods for micro optics, and its applications
3
MEU6500 SENSORS
Conventional sensors, measurement schemes, semiconductor physics, microfabrication and micromachining techniques, thermal sensors, mechanical sensors, bio/chemical sensors
3
MEU6520 CONVECTIVE HEAT TRANSFER
Forced convection, natural convection, laminar internal boundary layer problems, laminar external boundary layer problems, turbulent internal boundary layer problems, turbulent external boundary layer problems, convective heat transfer at high speed, heat exchanger analysis and design, mass transfer
3
MEU6540 EXPERIMENTAL METHOD IN HEAT TRANSFER
Planning experimental programs, parametric design of experimental apparatus, hardware design, construction and installation, data taking, data reduction and analysis, uncertainty analysis, reporting, temperature and heat flux measurements, pressure and velocity measurements, Hot-wire anemometer, LDV, PIV, flow visualization, mass transfer measurements
3
MEU6560 THERMAL ENVIRONMENTAL ENGINEERING
Development of clean combustion devices of the future, understanding of the fundamental chemical and physical processes that are responsible for the formation of toxic by-products, and in particular how these by-products are related to fuel structure, operating conditions and device design.
3
MEU6600 MEMS
Summary of microfabrication and micromachining, micro sensors and actuators, Bio-MEMS, RF-MEMS, Optical-MEMS, NEMS (Nanoelectromechanical Systems)
3
MEU6630 NANOTRIBOLOGY
Introduction to micro-structure of solids, inter-atomic force, surface energy concepts, adhesion of solids, microscopic friction and wear mechanisms, Atomic Force Microscopy, Lateral Force Microscopy, applications in MEMS, information storage devices, and nano-lithography
3
MEU6810, 6820,7910,7920 Seminar in Mechanical Engineering I - IV
Seminars in various topics in Mechanical Engineering conducted by experts from various fields
3
MEU7001 ADVANCED PARTICLE ENGINEERING
Analytical and numerical solution of particle dynamics including coagulation, Electrical control of particle formation and deposition, Application to particle jetting devices Realtime detection of submicron aerosols, Fast-detection of Bioaerosols,Removal of Bioaerosols by silver-coated filter,non-thermal palsma, and air ions.
3
MEU7002 SPECIAL TOPICS IN COMBUSTION ENGINEERING
A course covers fundamentals of chemically reacting two-phase turbulent flows. Homogeneous and heterogeneous reactions are outlined in terms of their industrial applications. Emphasis is laid on the two-phase heterogeneous combustion; ignition of gaseous mixtures and condensed phases, combustion of liquid fuel droplets, and two-phase combustion of coal and metal particles.
3
MEU7003 SPECIAL TOPICS ON FAILURE DESIGN
previous research review, discussion, presentation for prevention and causes of failure or fracture due to crack, corrosion, fatigue, wear, etc in mechanical and electrical parts in order to get new ideas and results in future research
3
MEU7030 THEORY OF ELASTICITY
Stress function formulation, problems in various coordinates, end effects, body forces, curved beam, wedge problem, dislocation and cracks, thermoelasticity, displacement function solution, Boussinesq potentials, thermoelastic displacement potentials, Singular solution, boundary value problems
3
MEU7120 VIBRATION CONTROL
Control theory, discrete systems, continuous systems, control scheme
3
MEU7160 ADVANCED OPTICAL ENGINEERING
Diffraction of light, interferometry, geometrical optics, Fourier optics, holography, micro-optics
3
MEU7250 ADVANCED TRANSPORT PHENOMERA
Fundamentals of transport phenomena, momentum transfer, forced and natural convection transport, evaporation and condensation phenomena, radiation heat transfer, mass transfer, combined transport phenomena
3
MEU7260 THEORY OF HYDRODYNAMIC STABILITY
Stability concepts, thermal instability, rotational instability, shear flow instability, Rayleigh's inflection point theorem, Orr-Sommerfeld equation, stratified flow, nonlinear stability
3
MEU7470 ELECTORONIC PACKAGING
Basic concept of electronic packaging, Rents rule, summary of IC fabrication techniques, manufacturing techniques of 1st, 2nd, and 3rd level packaging, electrical issues in electronic packaging, mechanical issues in electronic packaging
3
MEU7610 APPLICATIONS IN TRIBOLOGY
Applications of tribology in modern technologies, machine components, precision machines, methods for determining the wear rate, experimental methods for friction and wear investigation, surface properties of solids.
3
MEU7930 COMPRESSIBLE FLUID DYNAMICS
Steady, adiabatic and inviscid flow, speed of sound, the stagnation state, the effect of area variation on subsonic/supersonic flow, choking; normal shock waves, nozzle flows, flows with friction or heat exchange, method of characteristics, expansion fan and compression ramp, oblique shock waves, strong and weak solutions, shock-expansion theory, potential equation and linearization
3
MEU7999 Directed Research I
M.S. and Ph.D. thesis research
1
MEU8210 ADVANCED INTERNAL COMBUSTION ENGINES
Current and future engine technology
3
MEU8250 SPECIAL TOPICS IN HEAT TRANSFER
Fundamentals of transport phenomena, two-phase flow in porous material, transport phenomena in material process, natural convection by combined buoyancy, heat transfer in micro gravity field, convection by surface tension, heat transfer in drying process, physicochemical hydrodynamic phenomena
3
MEU8260 DESIGN OF PERCISION MACHINE TOOL SYSTEM
Machine frames and frame components, guideways and bearings, analysis of machine tools structure, design and control of machine tools, computer interface
3
MEU9999 Directed Research II
M.S. and Ph.D. thesis research
1