Chakravarty, Uttam K.

English

University of New Orleans

University of New Orleans ScholarWorks@UNO University of New Orleans Syllabi Fall 2015 ENME 5754 Uttam K. Chakravarty University of New Orleans Follow this and additional works at: https://scholarworks.uno.edu/syllabi This is an older syllabus and should not be used as a substitute for the syllabus for a current semester course. Recommended Citation Chakravarty, Uttam K., "ENME 5754" (2015). University of New Orleans Syllabi. Paper 525. https://scholarworks.uno.edu/syllabi/525 This Syllabus is brought to you for free and open access by ScholarWorks@UNO. It has been accepted for inclusion in University of New Orleans Syllabi by an authorized administrator of ScholarWorks@UNO. For more information, please contact scholarworks@uno.edu. ENME 5721: Introduction to Gas Dynamics, Fall 2015  Instructor: Dr. Martin Guillot Class Meeting Time: 6:00-7:15 pm, M,W Location: Rm EN 321 Office: EN 924, Ph 280-6184 Email: mjguillo@uno.edu Office Hours: 1:30-3:30 T,Th, or by appointment.   Text: Modern Compressible Flow with Historical Perspective, 3rd ed, John D. Anderson. McGraw Hill Education. ISBN: 978-0071241366 (hardcover), Also available in paperback.    Cell Phone Policy:   • Cell phones should be turned off during class and put away.  • No cell phones on your desk.  •  If you forget to turn your cell phone off and it rings during class, turn it off as quickly as possible.  Attendance& Lateness Policy:  • Attendance is required and students are expected to attend class regularly. You should arrive a few minutes early, so that you will ready to begin at the start of class. .   • I expect students to arrive for class on time. Habitual lateness is disruptive and inconsiderate to me and to the other members in the class.  I do not take attendance, but I do note who habitually arrives late. If I notice you arriving habitually arriving late, I will talk to you after class. If it continues, I will begin deducting ¼ point from your final grade every time you arrive late.    Exam Policy:   • No person will be allowed to leave the class during a test and return. If you leave the class for any reason during a test, you must turn in your test before you leave. Make sure you use the bathroom before a test.    Grade Distribution:  Homework: 25% 3 tests @ 25% each: 75%    Grade Scale: 100-90 A 89.9-80 B 79.9-70 C 69.9-60 D      < 60 F  This grade scale is firm. An 89.9 is a B, not an A, and so on. If you are shooting for a particular grade it is up to you to get it.    Academic	  Integrity	  Academic	  integrity	  is	  fundamental	  to	  the	  process	  of	  learning	  and	  evaluating	  academic	  performance.	  Academic	  dishonesty	  will	  not	  be	  tolerated.	  Academic	  dishonesty	  includes,	  but	  is	  not	  limited	  to,	  the	  following:	  cheating,	  plagiarism,	  tampering	  with	  academic	  records	  and	  examinations,	  falsifying	  identity,	  and	  being	  an	  accessory	  to	  acts	  of	  academic	  dishonesty.	  Refer	  to	  the	  Student	  Code	  of	  Conduct	  for	  further	  information.	  The	  Code	  is	  available	  online	  at	  http://www.studentaffairs.uno.edu.	  	  ACADEMIC HONESTY POLICY STATEMENT: There is a ZERO TOLERANCE for academic dishonesty in this class.  • Each student is expected to do his/her own work.  This includes tests, projects and homework.  • Any homework solution copied from a solutions manual will receive a zero.  • All students are expected to know and follow the university policies on academic dishonesty as stated in the student handbook beginning on pg. 38. The university student handbook can be found at  •  http://www.uno.edu/student-affairs-enrollment-management/documents/academic-dishonesty-policy-rev2014.pdf  Accommodations	  It	  is	  University	  policy	  to	  provide,	  on	  a	  flexible	  and	  individualized	  basis,	  reasonable	  accommodations	  to	  students	  who	  have	  disabilities	  that	  may	  affect	  their	  ability	  to	  participate	  in	  course	  activities	  or	  to	  meet	  course	  requirements.	  Students	  with	  disabilities	  should	  contact	  the	  Office	  of	  Disability	  Services	  as	  well	  as	  their	  instructors	  to	  discuss	  their	  individual	  needs	  for	  accommodations.	  	  For	  more	  information,	  please	  go	  to	  http://www.ods.uno.edu.	  	  Cases of academic dishonesty will be handled according to the procedures in the handbook.  Incoming Skills:   • Knowledge of thermodynamics, heat transfer and fluid mechanics principles learned in those courses.    Outcomes of Instruction:   After successfully completing this course each student will be able to:  1. Students will be able to apply the basic laws of thermodynamics and fluid mechanics where the flow is considered to be compressible. 2. Students will be able to carry out calculations of flow properties and flow behavior in  various engineering apparatus such as gas pipelines, convergent-divergent  nozzles, supersonic airfoils, based on compressible flow considerations           Lecture Date Topics Covered/Reading Assignments HW # Homework Problems Due Date 1 8/19/15 Ch 1, Introduction    2 8/24/15 Ch 2: Conservation laws    3 8/26/15 Ch 2: Conservation Laws    4 8/31/15 Ch 3: Intro    5 9/2/15 Ch 3: Intro    6 9/7/15 Labor Day Holiday    7 9/9/15 Ch 3: Normal Shock    8 9/14/15 Ch 3: Normal Shock    9   9/16/15 Ch 3: Flow with heat Addition    10 9/21/15 Ch 3: Flow with Heat addition    11 9/23/15 Quiz 1    12 9/28/15 Ch 3: Flow with Friction    13 9/30/15 Ch3 Flow with Friction    14 10/5/15 Ch 4: Oblique Shocks & Expansions    15 10/7/15 Ch 4: Oblique Shocks & Expansions    16 10/12/15 Ch 4: Oblique Shocks & Expansions    17 10/14/15 Ch 4: Oblique Shocks & Expansions    18 10/19/15 Quiz 2    19 10/21/15 Ch 5: Quasi-1D flow    20 10/26/15 Ch 5: Quasi-1D flow    21 11/2/15 Ch 5: Quasi-1D flow    22 11/4/15 Ch 5: Quasi-1D flow    23 11/9/15 Ch 6: Differential Conservation Eqns    24 11/11/15 Ch 6: Differential Conservation Eqns    25 11/16/15 Ch 6: Differential Conservation Eqns    26 11/18/15 CH 7: Unsteady Wave Motion    27 11/23/15 CH 7: Unsteady Wave Motion    28 11/25/15 CH 7: Unsteady Wave Motion    29 11/30/15 Quiz 3    30 12/2/15       Important Dates:  9/23/15 Quiz 1 10/19/15 Quiz 2 11/29/15 Quiz 3    

ENME 5754

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ENME 5754

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