Acoustic and Electromagnetic Equations: Integral Representations for Harmonic Problems (Applied Mathematical Sciences, 144)
Acoustic and Electromagnetic Equations offers integral representations for harmonic problems, bridging theory and application in wave equations. Part of the Applied Mathematical Sciences series, this work by Jean-Claude Nedelec equips readers with tools for analyzing sound and electromagnetic phenomena through advanced mathematical methods.
About This Book
This book delves into the acoustic and electromagnetic equations, focusing on integral representations tailored for harmonic problems. It serves as a key resource within the Applied Mathematical Sciences series, offering rigorous mathematical frameworks for wave phenomena.
Authored by Jean-Claude Nedelec, the volume addresses fundamental challenges in modeling sound and electromagnetic waves through integral methods. These techniques enable precise analysis and computation in diverse scientific applications.
Designed for researchers and advanced students, it emphasizes theoretical foundations while highlighting practical implications for fields like physics and engineering. The content builds on established mathematical principles to tackle harmonic boundary value problems effectively.
Overall, the book contributes to the broader understanding of partial differential equations in applied contexts, providing enduring value for mathematical modeling in acoustics and electromagnetism.
Reviews
No reviews yet. Be the first to review this book!