Lesson
outcome
At the end of this class student should be able to:
Understand the basic mechanisms of heat transfer, which
are conduction, convection, and radiation.
Understand and apply Fourier's law of heat conduction,
Newton's law of cooling, and the
LECTURE 8
Natural Convection
Inside Enclosures
1
Lesson Outcomes
At the end of this lecture, students should be able to :
Understand natural convection inside enclosures
Understand the correlation at different arrangement (vertical,
horizontal and incline
LECTURE 8
Natural Convection
Inside Enclosures
1
Lesson Outcomes
At the end of this lecture, students should be able to :
Understand natural convection inside enclosures
Understand the correlation at different arrangement (vertical,
horizontal and incline
MDB3033-HEAT TRANSFER
Transient Heat Conduction Analysis
Dr. Khairul Habib
Department of Mechanical Engineering
Room: 19-03-05
Phone: 05-368-7146
Khairul.habib@petronas.com.my
Lesson
At the end of this class student should be able to:
outcomes
assess whe
LECTURE 8
Thermal Radiation
Introduction to Radiation
1
Lesson Outcomes
At the end of this lecture, students should be able to :
Understand fundamentals of radiation heat transfer
Understand the use of emissivity and correlation of radiation
heat transfer
MDB3033-HEAT TRANSFER
Heat Conduction Equation
Lesson
outcome
At the end of this class student should be able to:
Understand the heat conduction equation.
Analyze one-dimensional heat conduction involving heat
generation.
Temperature vs heat transfer
T
LECTURE 7
Natural Convection
Introduction
1
Lesson Outcomes
At the end of this lecture, students should be able to :
Understand the fundamentals of natural convection
Understand the development of velocity and thermal boundary
layers in natural convection
MDB3033-HEAT TRANSFER
One Term Approximation for Large
Walls, Long Cylinders and Sphere
Dr. Khairul Habib
Department of Mechanical Engineering
Room: 19-03-05
Phone: 05-368-7146
Khairul.habib@petronas.com.my
Lesson
outcome
At the end of this class student
LECTURE 7
Natural Convection
Introduction
1
Lesson Outcomes
At the end of this lecture, students should be able to :
Understand the fundamentals of natural convection
Understand the development of velocity and thermal boundary
layers in natural convection
HEAT TRANSFER
MCB 3033
Part ll
Dr. Mior Azman Meor Said
Department of Mechanical Engineering
05-3687159
Room : 18-03-12
miorazman@petronas.com.my
1
HEAT TRANSFER (MCB 3033)
Part ll
CONVECTION
- External Forced Convection
(Flat Plates, Cylinders, Tube Bund
LECTURE 2
Fundamentals of Convection
Flow Over Flat Plates
1
Convection Heat Transfer
By Newtons Law of Cooling, convection heat transfer is
proportional to temperature different :
Q= hAs (Ts T) Watt
conv
h = convection heat transfer coefficient (W/m2 C)
LECTURE 11
Heat Exchangers
Introduction to Heat Exchangers
1
Lesson Outcomes
At the end of this lecture, students should be able to :
Understand the function, types and classification of heat
exchangers
Understand the cross flow arrangement of heat excha
MDB3033-HEAT TRANSFER
Heat transfer from the finned Surface 2
Dr. Khairul Habib
Department of Mechanical Engineering
Room: 19-03-05
Phone: 05-368-7146
Khairul.habib@petronas.com.my
Lesson
outcome
At the end of this class student should be able to:
analyz
LECTURE 9
Thermal Radiation
Introduction to Radiation
1
2
Thermal Radiation
Generally, radiation coming from all directions over a
range of wavelengths.
The radiation energy incident on a surface
(incident radiation) per unit surface area per unit time is
MCB3033-HEAT TRANSFER
One Term Approximation and
Graphical solutions
Dr. Jundika Candra Kurnia
Department of Mechanical Engineering
Room: 19-03-20
Phone: 05-368-7157
jundika.kurnia@petronas.com.my
Lesson
outcome
At the end of this class student should be
LECTURE 6
Internal Forced Convection
Flow in Tubes
1
Lesson Outcomes
At the end of this lecture, students should be able to :
Understand the fundamentals of flow in tubes
Understand the development of velocity and thermal boundary
layers in tubes
Identif
MDB3033-HEAT TRANSFER
Heat transfer from the finned surface
Dr. Khairul Habib
Department of Mechanical Engineering
Room: 19-03-05
Phone: 05-368-7146
Khairul.habib@petronas.com.my
Lesson
outcome
At the end of this class student should be able to:
understa
MDB3033-HEAT TRANSFER
Thermal Resistance Network for
cylinders and spheres
Lesson
outcome
At the end of this class student should be able to:
solve heat transfer problems using thermal resistance
network for cylinders and spheres
Heat conduction in cylin
LECTURE 2
Fundamentals of Convection
Flow Over Flat Plates
1
Convection Heat Transfer
By Newtons Law of Cooling, convection heat transfer is
proportional to temperature different :
Q= hAs (Ts T) Watt
conv
h = convection heat transfer coefficient (W/m2 C)
HEAT TRANSFER
MCB 3033
Part ll
Dr. Mior Azman Meor Said
Department of Mechanical Engineering
05-3687159
Room : 18-03-12
miorazman@petronas.com.my
1
HEAT TRANSFER (MCB 3033)
Part ll
CONVECTION
- External Forced Convection
(Flat Plates, Cylinders, Tube Bund
HEAT TRANSFER
MCB 3033
Part ll
Dr. Mior Azman Meor Said
Department of Mechanical Engineering
05-3687159
Room : 18-03-12
miorazman@petronas.com.my
1
HEAT TRANSFER (MCB 3033)
Part ll
CONVECTION
- External Forced Convection
(Flat Plates, Cylinders, Tube Bund
MDB3033-HEAT TRANSFER
Application of Lumped System
Analysis
Dr. Khairul Habib
Department of Mechanical Engineering
Room: 19-03-05
Phone: 05-368-7146
Khairul.habib@petronas.com.my
Lesson
outcome
At the end of this class student should be able to:
evaluate
LECTURE 9
Thermal Radiation
Introduction to Radiation
1
2
Thermal Radiation
Generally, radiation coming from all directions over a
range of wavelengths.
The radiation energy incident on a surface
(incident radiation) per unit surface area per unit time is
MDB3033-HEAT TRANSFER
Lumped System Analysis
Dr. Khairul Habib
Department of Mechanical Engineering
Room: 19-03-05
Phone: 05-368-7146
Khairul.habib@petronas.com.my
Lesson
outcome
At the end of this class student should be able to:
assess when the spatial
MDB3033-HEAT TRANSFER
Critical radius of insulation and
thermal contact resistance
Dr. Khairul Habib
Department of Mechanical Engineering
Room: 19-03-05
Phone: 05-368-7146
Khairul.habib@petronas.com.my
Lesson
outcome
At the end of this class student shoul