Computational Wave Propagation

This volume delves into the complex and fascinating world of computational wave propagation, showcasing the intersection of mathematics and applied sciences. It offers a thorough examination of the mathematical principles underpinning wave phenomena, making it an invaluable resource for researchers and practitioners alike. The authors expertly guide readers through the intricacies of wave propagation methods, emphasizing both theoretical foundations and practical applications.

Engquist and Kriegsmann present a range of numerical techniques designed to solve wave equations efficiently. Their comprehensive approach spans various contexts, from electromagnetic waves to acoustic waves, underlining the versatility of computational methods. The discussions are richly illustrated with examples and case studies, enabling readers to grasp the real-world implications of the mathematical concepts discussed.

As part of the IMA series, this volume not only contributes to the field of mathematics but also serves as a bridge to its applications in engineering and physics. The collaborative effort between the authors brings forth insights that can inspire future research, making it an essential reference for those engaged in the study of wave propagation and its computational aspects.