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ME 458 Internal Combustion Engines I
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Credit Hours |
Recitation/Lecture Hours |
Studio Hours |
Clinical Hours |
Lab Hours |
Prerequisites:
ME 380
The application of principles of chemistry and thermodynamics to the theory and design of gas power engines. The concepts of spark ignition, compression ignition, cycle analysis and combustion characteristics are treated in-depth. |
3 |
0 |
0 |
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ME 459 Internal Combustion Engines Laboratory
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Credit Hours |
Recitation/Lecture Hours |
Studio Hours |
Clinical Hours |
Lab Hours |
Prerequisites:
Co-requisite: ME 458
A set of laboratory experiences to illustrate the principles of gas power engines. Students will use various dynamometers and specialty engines. |
1 |
0 |
0 |
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ME 480 Energy Systems
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Credit Hours |
Recitation/Lecture Hours |
Studio Hours |
Clinical Hours |
Lab Hours |
Prerequisites:
E 314
E 315
Applications of thermodynamics and fluid mechanics to energy conversion systems. Advanced modifications to basic vapor and gas power and refrigeration cycles are analyzed. Second Law (availability) analysis is applied to energy conversion processes. Other topics include: hydraulic machinery, nuclear power systems, solar energy, energy storage techniques, and wind power. Environmental issues surrounding the various types of energy systems are discussed. |
3 |
0 |
0 |
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ME 482 Computer-Aided Manufacturing
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Credit Hours |
Recitation/Lecture Hours |
Studio Hours |
Clinical Hours |
Lab Hours |
Prerequisites:
E 103
ME 382
A series of topics in the application of computer technology to the manufacturing enterprise. Topics include: programmable logic, simulation, numerical control and the exchange of manufacturing data. Projects are the principal mode of instruction. |
3 |
0 |
0 |
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ME 488 Reliability in Design
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Credit Hours |
Recitation/Lecture Hours |
Studio Hours |
Clinical Hours |
Lab Hours |
Prerequisites:
ME 390
MTH 427
A study of probabilistic models in engineering design. Topics include: reliability distribution functions, failure rate, system reliability, hazard analysis, FMEA and reliability testing. The use of the probabilistic approach to the design of mechanical components is treated in depth. |
3 |
0 |
0 |
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ME 492 Computer-Aided Engineering
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Credit Hours |
Recitation/Lecture Hours |
Studio Hours |
Clinical Hours |
Lab Hours |
Prerequisites:
E 103
ME 390
An introduction to the use of computer techniques to analyze mechanical components and systems. The course includes kinematic synthesis, optimal design, finite element methods and simulation. |
3 |
0 |
0 |
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ME 530 Advanced Topics in Metal Cutting
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Credit Hours |
Recitation/Lecture Hours |
Studio Hours |
Clinical Hours |
Lab Hours |
Prerequisites:
An application of elastic and plastic theories is used to discuss advanced topics in metal cutting. These include machine tool operations, mechanics of cutting forces and power in cutting, tool wear and tool life. Economics of machining and cutting temperatures, current trends in machining are discussed. |
3 |
0 |
0 |
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ME 532 Advanced Topics in Metal Forming
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Credit Hours |
Recitation/Lecture Hours |
Studio Hours |
Clinical Hours |
Lab Hours |
Prerequisites:
Formability of materials is discussed using plastic theories and dependence of flow stress or strain, strain rate and anisotropy. These principles are used to discuss sheet metal forming and bulk deformation processes. The topic is enhanced with computer-aided design of forming operation. Recent developments in forming. |
3 |
0 |
0 |
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ME 534 Finite Element Methods
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Credit Hours |
Recitation/Lecture Hours |
Studio Hours |
Clinical Hours |
Lab Hours |
Prerequisites:
E 442
A study of finite element as a numerical technique for solving engineering problems. Variational and weighted residual approach. Transient problems. Two-dimensional and higher order elements. Isoparametric elements. Introduction to non-linear problems. Several computer projects related within manufacturing and automotive applications will be required. |
3 |
0 |
0 |
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ME 558 Internal Combustion Engines
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Credit Hours |
Recitation/Lecture Hours |
Studio Hours |
Clinical Hours |
Lab Hours |
The application of principles of chemistry and thermodynamics to the theory and design of gas power engines. The concepts of spark ignition, compression ignition, cycle analysis and combustion characteristics are treated in-depth. |
3 |
0 |
0 |
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ME 570 Composites in Design
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Credit Hours |
Recitation/Lecture Hours |
Studio Hours |
Clinical Hours |
Lab Hours |
Prerequisites:
Behavior and processing of composite materials is treated using lamination theories and finite element methods with an emphasis on fiber composites. Project work with an application to the advanced technological needs is completed. |
3 |
0 |
0 |
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ME 572 Noise, Vibration, and Harshness
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Credit Hours |
Recitation/Lecture Hours |
Studio Hours |
Clinical Hours |
Lab Hours |
Prerequisites:
E 313
MTH 372
An overview of problems in acoustics and vibration control. The use of single and multiple degree of freedom-lumped parameter systems are used to describe systems. Method for controlling noise and vibration sources are discussed. |
3 |
0 |
0 |
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ME 576 Vehicle Dynamics
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Credit Hours |
Recitation/Lecture Hours |
Studio Hours |
Clinical Hours |
Lab Hours |
Prerequisites:
E 313
MTH 372
The stability and control of vehicles in the accelerating and decelerating modes along straight and curved paths. Special attention is given to the behavior and limitations of the pneumatic tire as applied to motor vehicle requirements. |
3 |
0 |
0 |
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ME 580 Energy Systems
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Credit Hours |
Recitation/Lecture Hours |
Studio Hours |
Clinical Hours |
Lab Hours |
Applications of thermodynamics and fluid mechanics to energy conversion systems. Advanced modifications to basic vapor and gas power and refrigeration cycles are analyzed. Second Law (availability) analysis is applied to energy conversion processes. Other topics include: hydraulic machinery, nuclear power systems, solar energy, energy storage techniques, and wind power. Environmental issues surrounding the various types of energy systems are discussed. |
3 |
0 |
0 |
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ME 588 Reliability in Design
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Credit Hours |
Recitation/Lecture Hours |
Studio Hours |
Clinical Hours |
Lab Hours |
A study of probabilistic models in engineering design. Topics include: reliability distribution functions, failure rate, system reliability, hazard analysis, FMEA and reliability testing. The use of the probabilistic approach to the design of mechanical components is treated in depth. |
3 |
0 |
0 |
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ME 590 Robotics
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Credit Hours |
Recitation/Lecture Hours |
Studio Hours |
Clinical Hours |
Lab Hours |
Prerequisites:
The modeling and analysis of robotic systems. Key topics include spatial description and transformations, forward and inverse kinematics, jacobians, dynamics, an introduction to machine vision, and task planning. Students program a robot to perform a task. |
3 |
0 |
0 |
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ME 592 Computer Aided Engineering
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Credit Hours |
Recitation/Lecture Hours |
Studio Hours |
Clinical Hours |
Lab Hours |
An introduction to the use of computer techniques to analyze mechanical components and systems. The course includes kinematic synthesis, optimal design, finite element methods and simulation. |
3 |
0 |
0 |
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ME 594 Manufacturing Systems
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Credit Hours |
Recitation/Lecture Hours |
Studio Hours |
Clinical Hours |
Lab Hours |
Prerequisites:
Familiarity with personal computers and manufacturing systems.)
A topical review of systems technology in the manufacturing enterprise. The emphasis is on understanding how information is acquired and processed in manufacturing operations. Automatic Identification/Data Acquisition techniques such as one and two dimensional bar code are considered. Manufacturing Resource Planning and Product Data Management is reviewed. The course also examines Electronic Data Interchange and the Network/Communica-tions technology that supports it. Projects are conducted in virtually all topic areas |
3 |
0 |
0 |
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