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Advanced Fluid Dynamics of the Environment >> Content Detail


Table of Contents



Assignments



Assignments

This section contains the homework assignments for the course, which are assigned and organized by topics covered in the lecture notes. Many of the assignments have 1.63J/2.21J listed as the course number. This is the new course number as of Spring 2004, when the course will be offered as a joint course with the Mechanical Engineering Department, as part of an iCampus school-wide modular program on fluid mechanics at MIT.
CHAPTER 1: BASICS

Vorticity evolution in an inhomogeneous fluid (PDF)
Mechanical energy (PDF)
Cavity collapse (PDF)
Draining of a T tube (PDF)

CHAPTER 2: LOW VISCOUS FLOWS

Radome in the rain (PDF)
Spreading of lava on a horizontal plane (PDF)
Slow mud flow (PDF)
Separating a flat object from a smooth surface (PDF)

CHAPTER 3: HIGH-SPEED FLOWS AND BOUNDARY LAYERS

Motion of water beneath a spreading oil film (PDF)
Jet from a point source of momentum (PDF)
Jet from a broken pipe (PDF)
Oil slick on the sea surface (PDF)

CHAPTER 4: THERMAL EFFECTS IN FLUIDS

Differential heating of the water surface (PDF)
Channel flow through a geothermal gradient (PDF)
Dispersion in an artery (PDF)
Dispersion in an open channel (PDF)
Dispersion in an oscillating flow in a pipe (PDF)
Hot spring at Yellowstone (PDF)

CHAPTER 6: SEEPAGE AND THERMAL EFFECTS IN POROUS MEDIA

Hele-Shaw analogy between lubrication and seepage flows (PDF)

CHAPTER 7: GEOPHYSICAL FLUID DYNAMICS OF COASTAL REGION

Ekman layer under oscillatory flow (PDF)



 



 








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