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Applications of Green's Functions in Science and Engineering
Concise and highly regarded, this treatment of Green's functions and their applications in science and engineering is geared toward undergraduate and graduate students with only a moderate background in ordinary differential equations and partial differential equations. The text also includes a wealth of information of a more general nature on boundary value problems, generalized functions, eigenfunction expansions, partial differential equations, and acoustics.
The two-part treatment begins with an overview of applications to ordinary differential equations. Topics include the adjoint operator, delta function, the Green's function method, and the eigenfunction method. The second part, which explores applications to partial differential equations, covers functions for the Laplace, Helmholtz, diffusion, and wave operators. A full index, exercises, suggested reading list, a new preface, and a new brief errata list round out the text.
The two-part treatment begins with an overview of applications to ordinary differential equations. Topics include the adjoint operator, delta function, the Green's function method, and the eigenfunction method. The second part, which explores applications to partial differential equations, covers functions for the Laplace, Helmholtz, diffusion, and wave operators. A full index, exercises, suggested reading list, a new preface, and a new brief errata list round out the text.
Reprint of the Prentice-Hall, Inc., Englewood Cliffs, New Jersey, 1971 edition.
green's functions;science and engineering;mathematics;books on math;differential equations;partial differential equations;boundary value problems;generalized functions;eigenfunction expansions;acoustics;adjoint operator;delta function;the green's function method;eigenfunction method;functions for the laplace;helmholtz;diffusion;wave operators;science and math;theoretical;Green's functions; Differential equations; Delta function; Laplace operator; Helmholtz operator$7.00
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Description
Concise and highly regarded, this treatment of Green's functions and their applications in science and engineering is geared toward undergraduate and graduate students with only a moderate background in ordinary differential equations and partial differential equations. The text also includes a wealth of information of a more general nature on boundary value problems, generalized functions, eigenfunction expansions, partial differential equations, and acoustics.
The two-part treatment begins with an overview of applications to ordinary differential equations. Topics include the adjoint operator, delta function, the Green's function method, and the eigenfunction method. The second part, which explores applications to partial differential equations, covers functions for the Laplace, Helmholtz, diffusion, and wave operators. A full index, exercises, suggested reading list, a new preface, and a new brief errata list round out the text.
The two-part treatment begins with an overview of applications to ordinary differential equations. Topics include the adjoint operator, delta function, the Green's function method, and the eigenfunction method. The second part, which explores applications to partial differential equations, covers functions for the Laplace, Helmholtz, diffusion, and wave operators. A full index, exercises, suggested reading list, a new preface, and a new brief errata list round out the text.
Reprint of the Prentice-Hall, Inc., Englewood Cliffs, New Jersey, 1971 edition.
green's functions;science and engineering;mathematics;books on math;differential equations;partial differential equations;boundary value problems;generalized functions;eigenfunction expansions;acoustics;adjoint operator;delta function;the green's function method;eigenfunction method;functions for the laplace;helmholtz;diffusion;wave operators;science and math;theoretical;Green's functions; Differential equations; Delta function; Laplace operator; Helmholtz operator
