Michael D. Collins
Papers
1
Total Citations
15
H-Index
1
About
Michael D. Collins is a leading figure in underwater acoustics and seismo-acoustics, with a career dedicated to advancing the understanding of sound propagation in complex ocean environments. His key research areas include range-dependent acoustic modeling, elastic bottom interactions, and the validation of propagation models through controlled experiments. Collins is perhaps best known for his seminal contributions to the development and benchmarking of computational methods that accurately simulate how sound travels through layered, elastic sea floors—work that bridges the gap between theory and real-world application. His most-cited paper, "Comparison of simulations and data from a seismo-acoustic tank experiment" (2007, 15 citations), exemplifies this impact. In this study, Collins and his team conducted a carefully designed tank experiment to evaluate range-dependent propagation models against high-quality data, using an elastic bottom in both flat and sloping configurations. This work provided a critical benchmark for the acoustics community, demonstrating the fidelity of simulations and reinforcing Collins’s reputation for rigorous experimental validation. His research continues to inform naval sonar, ocean sensing, and geophysical exploration.
Research Focus
Key Achievements
Top Papers
- 1Comparison of simulations and data from a seismo-acoustic tank experiment15 citations · 2007