The partial differential equations that arise in physics are, with very few exceptions, of the second order, and the analytical methods needed to solve them lie at the heart of mathematical physics. The aim of this book is to present those methods in a single connected exposition that begins, after a chapter on the analytical preliminaries, with the basic vocabulary of partial differential equations and ends with the finite integral transforms by which a wide class of boundary-value problems is reduced to a routine calculation.
An Introduction to the Linear Equations of Mathematical Physics
An Introduction to the Linear Equations of Mathematical Physics
ISBN: 978-625-378-659-5
