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PEAS 3600: Transport Phenomena
Fall 2013
PEAS 3600: Transport Phenomena
Assignment 9: Convective Transport and More
(Due: December 2, 2013 at the beginning of class)
Problem 1 [15 marks]
Heat is generated in a spherical fuel element at a constant volumetr
PEAS 3600: Transport Phenomena
Fall 2013
PEAS 3600: Transport Phenomena
Assignment 8: The Conservation Equations and Convection
(Due: November 21, 2013 at the beginning of the tutorial)
Problem 1 [15 marks]
Consider two concentric cylinders as shown in th
PEAS 3600: Transport Phenomena
Fall 2013
PEAS 3600: Transport Phenomena
Assignment 6: Heat and Mass Transfer Problems
(Due: October 24, 2013 before the tutorial)
Problem 1
A cylindrical element with a diameter of 0.02 m reacts chemically to generate 2400
PEAS 3600: Transport Phenomena
Fall 2013
PEAS 3600: Transport Phenomena
Assignment 7: The Conservation Equations
(Due: November 6, 2013 at the beginning of class)
Problem 1
Starting with the differential energy balance (Eq. (4.37a), determine the temperat
PEAS 3600: Transport Phenomena
Fall 2013
PEAS 3600: Transport Phenomena
Assignment 4: Transport by Molecular Motion
(Due: October 3, 2013 at the beginning of the tutorial period)
Problem 1
A plate measuring 30 mm in length and 25 mm in width is sandwiched
PEAS 3600: Transport Phenomena
Fall 2013
PEAS 3600: Transport Phenomena
Assignment 2: Basic Introductory Problems
(Due: September 18, 2013 before class)
Problem 1
A cup of hot oolong tea in a ceramic cup is sitting on a counter as illustrated in the diagr
PEAS 3600: Transport Phenomena
Fall 2012
PEAS 3600: Transport Phenomena
Assignment 5 Supplement: Introduction to COMSOL
(Due: October 16, 2012 before class electronically on BbLearn)
Problem 1 (From Tutorial 3)
Work through tutorial 3. Consider a similar
PEAS 3600: Transport Phenomena
Fall 2013
PEAS 3600: Transport Phenomena
Assignment 5: Engineering Applications of Molecular Transport
(Due: October 9, 2013 before class)
Problem 1
Consider the system shown below. A thin square heater is sandwiched between
PEAS 3600: Transport Phenomena
Fall 2013
PEAS 3600: Transport Phenomena
Assignment 3: Transport Analogies
(Due: September 25, 2013 before class)
Problem 1
A steel cylinder ( = 7820 kg/m3) with a diameter of 2.5 cm and a length of 20 cm is pulled
verticall
PEAS 3600: Transport Phenomena
Fall 2013
PEAS 3600: Transport Phenomena
Assignment 1: Physical Observations
(Due: September 9, 2013 before class)
Part 1
In 3 to 5 PowerPoint slides, describe the results of the water droplet demonstration. Include a list
o