BMM 3513 Heat Transfer
BMM 3513 Heat TransferCOURSE OUTLINESHeat transferDr. Maisara
Mohyeldin Gasim1
Subject Lecturers
Dr. Obed Majeed Ali, Sr. Lecturer (Section 01) Dr. Abdul Adam
Abdullah, Sr. Lecturer (Section 02) Wan Azmi bin Wan Hamzah,
Lecturer (Section 03)Subject Coordinator for Semester 2 / 2014-15
Wan Azmi bin Wan HamzahWednesday, March 04, 20152Heat transferDr.
Maisara Mohyeldin Gasim2Course SynopsisThe basic modes of thermal
energy transfer viz., conduction, convection and radiation are
introduced with emphasis on understanding the fundamental concepts
to be used in analysing and solving real-life problems. The
applicability of 1-D heat conduction in various geometries, the
validity of one dimensional heat conduction in fins, the
distinction between steady and unsteady states, the concept of
boundary layer, the analogy between fluid flow and convective heat
transfer, the distinction between free and forced convection, the
properties of materials which are responsible for energy transfer
by radiation, the principles in the design of heat exchangers with
emphasized on fundamental concepts and design methods.Wednesday,
March 04, 20153Heat transferDr. Maisara Mohyeldin GasimCourse
Outcomes (CO)By the end of semester, students should be able
to:CO1: To understand the fundamental concept of conduction,
convection and radiation heat transfer.CO2: To analyse and evaluate
problem related to one-dimensional heat flow and in different
geometries.CO3: To analyse and evaluate problem in single phase
forced and free convection heat transfer.CO4: To analyse and
evaluate problem related to simple radiation heat transfer.CO5: To
design and apply the heat transfer problem for application in the
system of heat exchangers.Wednesday, March 04, 20154Heat
transferDr. Maisara Mohyeldin GasimMethod of
AssessmentAssessmentCO1CO2CO3CO4CO5DistributionAssignments &
Quizzes30 %Mid Semester Exam30 %Final Exam40 %Total100%Wednesday,
March 04, 20155Heat transferDr. Maisara Mohyeldin Gasim5Week
1~9Wednesday, March 04, 2015ActivitySyllabus / Teaching
PlanWhenDurationMid Sem Exam3 questionsCO1, CO2Week 8 17 April 2015
(Friday)4.00 5.30 pm90 minsQuiz 1CO1 (Week 2)Conducted in classFill
in blanks/ multiple choice / short answers / definitions10 minsQuiz
2CO2 (Week 5)
10 mins Assignment - 1CO1 (Week 2)Submission one week
afterAssignment - 2CO2 (Week 5)6Heat transferDr. Maisara Mohyeldin
GasimWeek 10~14Wednesday, March 04, 2015ActivitySyllabus / Teaching
PlanWhenDurationQuiz - 3CO3 (Week 10)Conducted in ClassFill in
blanks/ multiple choice / short answers / definitions10 minsQuiz -
4CO4 (Week 12)10 minsQuiz - 5CO5 (Week 14)10 mins7Assignment - 3CO3
(Week 10)Submission one week afterAssignment - 4CO4 (Week
12)Assignment - 5CO5 (Week 14)Heat transferDr. Maisara Mohyeldin
GasimFinal ExaminationDuration of exam: 3 hoursConsists of 5
questions covering ALL COs. However, CO1 and CO2 assess for
fundamental question ONLYEach question carries 20 marksOpen book
final exam (Cengel Textbook)Pass mark in the subject is 40
Wednesday, March 04, 20158Heat transferDr. Maisara Mohyeldin
Gasim8ReferencesCengel, Y.A., 2007. Heat and Mass Transfer: A
Practical Approach. 3rd Edition. McGraw-Hill.J. P. Holman, 2010.
Heat transfer, 10th Edition, McGraw HillIncropera, F.P., DeWitt,
D.P., Bergman T.L., Lavine A. S. 2007. Introduction to Heat
Transfer. 5th Edition. Wiley Asia & Sons.P.K. Nag, 2007. Heat
and Mass transfer, 2nd Edition, McGraw Hill Leinhard, J.H., 2006. A
Heat Transfer Textbook. 3rd Edition. Phlogiston Press.Wednesday,
March 04, 20159Heat transferDr. Maisara Mohyeldin Gasim
