UT ME 343 - ME 343 Course Syllabus (4 pages)

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ME 343 Course Syllabus



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ME 343 Course Syllabus

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Lecture Notes


Pages:
4
School:
University of Texas at Austin
Course:
Me 343 - Thermal-Fluid Systems

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ME 343 Thermal Fluids Systems Unique 18215 Fall 2010 ME 343 Thermal Fluid Systems Spring 2010 Course Syllabus for Unique 18215 Instructor Halil Berberoglu pronounced Berber o lu ETC 6 106C berberoglu mail utexas edu Office Hours Monday Wednesday Friday 3 00 4 00pm and by appointment Teaching Assistants Chris Schneider cwschneider gmail com Office Hours TBA Class Meeting Times Locations Lecture Monday Wednesday Friday 1 00 2 00 pm ETC 2 132 Discussion Wednesday 5 00 6 00 pm ETC 2 136 Course Description ME 343 addresses the design and analysis of systems in which thermal and fluid processes are central to function and performance New fundamental topics such as thermodynamics of nonreacting and reacting gas mixtures psychrometrics heat exchanger design turbomachinery theory and application heat exchanger design and pressure drop in thermal systems will be covered in the context of specific thermal fluid applications Course prerequisites are ME 326 Thermo ME 330 Fluid Mechanics and ME 339 Heat Transfer and ME 218 Engineering Computational Methods with grades of C or better Class Web Site on Blackboard Supplemental readings and resources will be posted on the Blackboard Please check Blackboard regularly for important announcements homework assignments and project updates and resources Homework Homework will be posted on Blackboard and will be due at the end of the Thursday Lectures according to the class schedule at the end of this document No paper copies will be distributed in class Late homework will not be accepted Projects 1 MATLAB Property Calculator Project This is an individual assignment 2 Semester Project A major computer based analysis design project which students will carry out in teams and which will include a progress report and a comprehensive final report Exams Two in class exams will be given during the semester There will be no final exam Grading Homework and Individual Assignments 20 Exam 1 20 Exam 2 20 Group Project Phase 1 10 Group Final Report 30



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