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620-342 Industrial and Applied Mathematics

Teaching materials (pdf)

Course outline

outline,PDF (26 K)

Problem sheets

Problem sheet 0: Revision of vector analysis ,PDF (62 K)
Problem sheet 1: Streamlines, particle paths and streamfunctions ,PDF (35 K)
Problem sheet 2: Cartesian tensors ,PDF (32 K)
Problem sheet 3: Hydrostatics, Bernoulli, potential flow ,PDF (42 K)
Problem sheet 4: Vorticity and strain rate ,PDF (33 K)
Problem sheet 5: Navier-Stokes equations I,PDF (46 K)
Problem sheet 6: Navier-Stokes equations II,PDF (35 K)
Problem sheet 7: Creeping flow ,PDF (44 K)

Some answers

Answers to sheet 0,PDF (48 K)

Answers to sheet 1,PDF (35 K)

Answers to sheet 2,PDF (20 K)

Answers to sheet 3,PDF (36 K)

Answers to sheet 4,PDF (41 K)

Answers to sheet 5,PDF (46 K)

Answers to sheet 6,PDF (36 K)

Answers to sheet 7,PDF (41 K)

Assignments

Assignment 1: Due on September 19,PDF (38 K)

Assignment 2: Due on October 31,PDF (44 K)

Resources

Formula sheet,PDF (40 K)

Created: 29 October 1999
Last modified: 30 October 2008
Authorised by: Head, Department of Mathematics and Statistics.

Maintained by: John Sader, Department of Mathematics and Statistics.
Email: jsader@unimelb.edu.au