O'Neil, Peter V. <br/><br/>
Advanced engineering mathematics /  
Peter V. O'Neil. 
 - 5th ed. 
 - Pacific Grove, CA :  Thomson Brooks/Cole,  2003 
 - xiii, 1236, 82, 9 p.  ill. (some col.) ;  26 cm. 
<br/><br/>1.	First-order differential equations ;<br/>2.	Second-order differential equations ;<br/>3.	The Laplace transform ;<br/>4.	Series solutions ;<br/>5.	Vectors and vector spaces ;<br/>6.	Matrices and systems of linear equations ;<br/>7.	Determinants ;<br/>8.	Eigenvalues, diagonalization, and special matrices ;<br/>9.	Systems of linear differential equations ;<br/>10.	Qualitative methods and systems of nonlinear differential equations ;<br/>11.	Vector differential calculus ;<br/>12.	Vector integral calculus ;<br/>13.	Fourier series ;<br/>14.	The Fourier integral and Fourier transforms ;<br/>15.	Special functions, orthogonal expansions, and wavelets ;<br/>16.	The wave equation ;<br/>17.	The heat equation ;<br/>18.	The potential equation ;<br/>19.	Canonical forms, existence and uniqueness of solutions, and well-posed problems ;<br/>20.	Geometry and arithmetic of complex numbers ;<br/>21.	Complex functions ;<br/>22.	Complex integration ;<br/>23.	Series representations of functions ;<br/>24.	Singularities and the residue theorem ;<br/>25.	Conformal mappings ;<br/>26.	Development of areas of mathematics ;<br/>27.	Biographical sketches.<br/> 
<br/><br/><label>ISBN: </label>0534400779 (case) 9780534400774 
<br/><br/><label>Subjects--Topical Terms: </label><br/>Engineering mathematics.
<br/><br/><label>Dewey Class. No.: </label>515.1  / N3171