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MA 707: Directed Study in Numerical Analysis
1.00 - 10.00 Credits
Clarkson University
Prerequisites: consent of the instructor.
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MA 707 - Directed Study in Numerical Analysis
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MA 719: Directed Study in Nonlinear Processes
1.00 - 10.00 Credits
Clarkson University
Prerequisites: consent of the instructor.
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MA 719 - Directed Study in Nonlinear Processes
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MA 725: Seminar in Applied Mathematics
1.00 - 10.00 Credits
Clarkson University
Prerequisites: consent of the instructor.
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MA 725 - Seminar in Applied Mathematics
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MA 727: Seminar in Numerical Analysis
1.00 - 10.00 Credits
Clarkson University
Prerequisites: consent of the instructor.
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MA 727 - Seminar in Numerical Analysis
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MA 739: Seminar in Nonlinear Processes
1.00 - 10.00 Credits
Clarkson University
Prerequisites: consent of the instructor.
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MA 739 - Seminar in Nonlinear Processes
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MA 810: Thesis Dissertation or Special Projects
1.00 - 15.00 Credits
Clarkson University
No course description available.
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MA 810 - Thesis Dissertation or Special Projects
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ME 201: Intro to Experimental Methods in Mechanical & Aeronautical Engineering
1.00 Credits
Clarkson University
This course provides an introduction to experimental methods including the structure of experiments, measurement error types, statics, frequency distributions, error propagation, plot types, introductory design of experiments and use of computer for data processing. Experiments are used to demonstate principles of material science, statics, strength of materials, rigid body dyanmics and electrical science. Experiments are documented using written memoranda and worksheets.
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ME 201 - Intro to Experimental Methods in Mechanical & Aeronautical Engineering
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ME 212: Introduction to Engineering Design
3.00 Credits
Clarkson University
This course lays the foundation for the design curriculum of the MAE Department. Students are introduced to how to solve complex, open-ended engineering problems. Core topics covered are: the design process; engineering ethics and professional responsibilities; design for safety; mathematical and computer modeling; and written, oral and graphical communication. These topics are presented within the framework of at least one design project which students must complete, including documentation, construction, and demonstration.
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ME 212 - Introduction to Engineering Design
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ME 310: Thermodynamic System Engineering
3.00 Credits
Clarkson University
The preliminary design of thermodynamic systems made up of components such as turbines, pumps, compressors, boilers, evaporators, and condensers will be investigated. The major emphasis will be on the design of systems operating at steady-state, but start-up and transient operation will also be studied. Design work will consider actual, rather than ideal, thermodynamic systems, and account for the applicable combustion and psychrometric aspects of the system. Both individual and team work may be required. Open-ended problems on topics discussed will be assigned. Oral and written reports will be required. Some laboratory work may be required.
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ME 310 - Thermodynamic System Engineering
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ME 324: Dynamical Systems
3.00 Credits
Clarkson University
Dynamic systems classification, mathematical modeling of mechanical, electrical and mixed dynamic systems, state space representation, equilibrium points and linearization, solution of linear input/output and state equations, Laplace transforms, transfer functions and block diagrams, first and second order systems, stability, frequency response and simulation techniques.
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ME 324 - Dynamical Systems
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