Back to Kemp Acoustics Home next up previous contents
Next: Abstract   Contents

Please navigate the html version of my thesis using the table of contents below or click here to go to the pdf download page.






Theoretical and experimental study of wave propagation in brass musical instruments


\begin{figure}\begin{center}\epsfig{file=crest.eps,width=0.3\linewidth}\end{center}\end{figure}

Jonathan A Kemp







A thesis submitted in fulfilment of the requirements
for the degree of Doctor of Philosophy
to the
University of Edinburgh

2002


Errata:

In Chapter 2, equation (2.100) should read:
$Z^{(0)} = (i D_3)^{-1} Z_c - D_2^{-1} Z_c (Z^{(1)} + (i D_3)^{-1} Z_c)^{-1} D_2^{-1} Z_c$
The original print of my thesis has this equation as: $Z^{(0)} = (Z^{(1)} + (i D_3)^{-1} Z_c)(i D_3 Z_c^{-1} Z^{(1)} + I)^{-1}$
This original version is mathematically wrong (as it assumes diagonal impedance matrices). The difference is minimal in terms of calculation results for approximating a bore with high numbers of cylinders.

In Chapter 7, in the section called "Acoustic pulse reflectometry measurement with MLS excitation", the second paragraph should begin with:
MLS signals are inherently periodic with a period of $2^m-1$.
These changes have been made in the online html and pdf versions of my thesis.

To Kemp Acoustics homepage

My Research Portal entry at the University of St Andrews.


Jonathan Kemp 2003-03-24