William L. Siegmann
Papers
1
Total Citations
15
H-Index
1
About
William L. Siegmann is a leading figure in underwater acoustics, with a career centered on advancing the modeling and simulation of sound propagation in complex ocean environments. His key research areas include seismo-acoustic wave propagation, range-dependent modeling, and the interaction of acoustic fields with elastic sea floors. Siegmann’s major contributions lie in rigorously validating theoretical models against experimental data, most notably through his work on a seismo-acoustic tank experiment. This study, which remains his most cited paper with 15 citations, provided high-quality benchmark data for evaluating range-dependent propagation models over both flat and sloping elastic bottoms. By bridging the gap between simulation and physical reality, Siegmann has helped refine computational tools used in naval sonar, marine geology, and environmental acoustics. His research is distinguished by its emphasis on practical verification, ensuring that complex numerical models accurately capture real-world phenomena. For students and researchers, Siegmann’s work exemplifies the critical role of experimental validation in advancing acoustic science, offering a model for rigorous, impact-driven research in underwater acoustics.
Research Focus
Key Achievements
Top Papers
- 1Comparison of simulations and data from a seismo-acoustic tank experiment15 citations · 2007