2014 EME165 Heat Transfer Syllabus
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EME 165 HEAT TRANSFER 2014 SUMMER SESSION II DESCRIPTION: This course will cover fundamentals of heat transfer: principles of conduction, convection, and radiation; applications of heat transfer to engineering systems; computational modeling and simulation to solve engineering heat-transfer problems. PREREQUISITES: C- or better in course 5 or Engineering 6 or Computer Science Engineering 30; C- or better in Engineering 103 and 105 LECTURES: MTWR 10 – 11:40, Young Hall, Room 184 INSTRUCTOR: Ralph C. Aldredge, PhD, PE Professor, Mechanical & Aerospace Engineering 2090 Bainer, 752-5016, [email protected] TA: Justin Hwang ([email protected]) MAE Graduate Student & Teaching Assistant OFFICE HOURS: Professor Aldredge Mondays & Wednesdays 1–2, or by appointment, 2090 Bainer Justin Hwang Tuesdays 12 – 2, TB207 Room 110 TEXTBOOKS: Introduction to Heat Transfer, TL Bergman, AS Lavine, FP Incropera & (either) DP Dewitt, 6 th Ed., John Wiley & Sons, Inc. (2011) Fundamentals of Heat & Mass Transfer, TL Bergman, AS Lavine, FP Incropera & DP Dewitt, 7 th Ed., John Wiley & Sons, Inc. (2011) HOMEWORK: Weekly assigned homework problems and solutions are posted on the class SmartSite (https://smartsite.ucdavis.edu), in the Homework folder under Resources. The homework assignments are not graded for credit. EXAMS/QUIZZES: Closed book, closed notes (except for any handouts provided by the instructor explicitly for use during the exam/quiz). A calculator may be used during the exam/quiz, but no cell phones or internet-capable electronic devices are allowed. Photo identification may be requested. PROJECTS: Completed assignments must be placed in Box A on the second floor of Bainer Hall by 4 pm on the due date listed on the schedule below. GRADING: Quizzes (4) 25% 8/11, 8/18, 9/2, 9/8 Projects (2) 15% 8/28, 9/4 Midterm 25% Monday, August 25 (chapters 1-5) Final Exam 35% Thursday, September 11 (entire course)
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Transcript of 2014 EME165 Heat Transfer Syllabus
EME 165 HEAT TRANSFER
2014 SUMMER SESSION II
DESCRIPTION: This course will cover fundamentals of heat transfer: principles of
conduction, convection, and radiation; applications of heat transfer to engineering systems; computational modeling and simulation to solve engineering heat-transfer problems.
PREREQUISITES: C- or better in course 5 or Engineering 6 or Computer Science Engineering 30; C- or better in Engineering 103 and 105
LECTURES: MTWR 10 – 11:40, Young Hall, Room 184 INSTRUCTOR: Ralph C. Aldredge, PhD, PE Professor, Mechanical & Aerospace Engineering 2090 Bainer, 752-5016, [email protected] TA: Justin Hwang ([email protected]) MAE Graduate Student & Teaching Assistant OFFICE HOURS: Professor Aldredge Mondays & Wednesdays 1–2, or by appointment, 2090 Bainer Justin Hwang Tuesdays 12 – 2, TB207 Room 110 TEXTBOOKS: Introduction to Heat Transfer, TL Bergman, AS Lavine, FP Incropera & (either) DP Dewitt, 6th Ed., John Wiley & Sons, Inc. (2011) Fundamentals of Heat & Mass Transfer, TL Bergman, AS Lavine, FP
Incropera & DP Dewitt, 7th Ed., John Wiley & Sons, Inc. (2011) HOMEWORK: Weekly assigned homework problems and solutions are posted on the
class SmartSite (https://smartsite.ucdavis.edu), in the Homework folder under Resources. The homework assignments are not graded for credit.
EXAMS/QUIZZES: Closed book, closed notes (except for any handouts provided by the instructor explicitly for use during the exam/quiz). A calculator may be used during the exam/quiz, but no cell phones or internet-capable electronic devices are allowed. Photo identification may be requested.
PROJECTS: Completed assignments must be placed in Box A on the second floor of Bainer Hall by 4 pm on the due date listed on the schedule below.
GRADING: Quizzes (4) 25% 8/11, 8/18, 9/2, 9/8 Projects (2) 15% 8/28, 9/4 Midterm 25% Monday, August 25 (chapters 1-5) Final Exam 35% Thursday, September 11 (entire course)
EME 165 HEAT TRANSFER
2014 SUMMER SESSION II
SCHEDULE
DATE TOPIC READING HOMEWORK / PROJECTS 08/04 Heat Transfer Modes Chap. 1 08/05 Introduction to Conduction Chap. 2 Chap. 1: 15, 27, 64, 81 08/06 Introduction to Conduction Chap. 2 08/07 One-D, Steady-State Conduction Chap. 3 Chap. 2: 14, 31, 50
08/11 One-D, Steady-State Conduction QUIZ 1 (chaps. 1 & 2)
Chap. 3
08/12 One-D, Steady-State Conduction Chap. 3 08/13 Two-D, Steady-State Conduction Chap. 4 Chap. 3: 19, 58, 122, 136 08/14 Two-D, Steady-State Conduction Chap. 4
08/18 Transient Conduction QUIZ 2 (chap. 3)
Chap. 5 Chap. 4: 17, 30, 62
08/19 Transient Conduction Chap. 5 08/20 Introduction to Convection Chap. 6 Chap. 5: 9, 27, 61, 72, 88 08/21 Introduction to Convection Chap. 6 08/25 Midterm (chaps. 1-5) 08/26 External Flow Chap. 7 Chap. 6: 13, 16, 19, 42, 43 08/27 External Flow Chap. 7 08/28 External Flow Chap. 7 Project #1 Due 09/01 Labor Day Holiday (NO CLASS)
09/02 QUIZ 3 (chaps. 6 & 7) Internal Flow
Chap. 8
09/03 Internal Flow Chap. 8 Chap. 7: 8, 27, 32, 54, 85 09/04 Heat Exchangers Chap. 11 Project #2 Due
09/08 QUIZ 4 (chap. 8) Heat Exchangers
Chap. 11 Chap. 8: 27, 41, 56
09/09 Radiation Chaps. 12 & 13 Chap. 11: 18, 56, 59 09/10 Course Review 09/11 Final Exam (All Course Material)
