Connects material behavior to acoustic outcomes.
Sentient Digital brings expertise in analyzing acoustic structural interactions across varying material properties. Through multiple contracts, SDi has conducted analytical modeling, high-fidelity numerical simulations, and experimental validation of acoustic systems. Areas of exploration include:
Acoustic propagation across material boundaries
Near-field behavior of individual transducers
Beamforming in domains with material property gradient
Acoustic wave interaction with resonant metamaterials
1.
Mission Relevant
Focuses acoustic analysis on real-world material environments and operational constraints that directly impact system performance.
2.
Physics Based
Grounded in first-principles modeling and high-fidelity simulation to accurately capture acoustic–structural interactions.
3.
Validated by Measurement
Combines analytical and numerical work with experimental validation to reduce uncertainty and strengthen design confidence.
4.
Design Enabiling
Produces actionable insights that inform transducer design, array configuration, and beamforming tradeoffs that accelerate execution and reducing risk.