Sandhya, M., Naval Science and Technological Laboratory, Visakhapatnam-530 027, India

• Defence Science Journal Vol 65 No 1 - Electronics & Communication Systems
  Detecting Inception of Hydrodynamic Cavitation Noise of Ships using Quadratic Phase Coupling Index as an Indicator
  Abstract  FULL TEXT : [HTML]  PDF  Bispectrum of Ship Radiated Noise.  Acoustic cavitation and its chemical consequences  A New Hos-Based Model For Signal Detection In Non-Gaussian Noise: An Application To Underwater Acoustic Communications.  Study of Coupled Supersonic twinjets of complex geometry using higher-order spectral analysis  Coupled Hydrodynamics - Hydroacoustics BEM modelling of Marine propellers operating in a wake field  Scaling of propeller cavitation noise  Scaling of propeller cavitation noiseUntitled  Scaling of propeller cavitation noise  Detection and Monitoring of Propeller Cavitation Noise using Higher Order Spectral Analysis  Detection and Monitoring of Propeller Cavitation Noise using Higher Order Spectral Analysis  Detection and Monitoring of Propeller Cavitation Noise using Higher Order Spectral Analysis.  Detection and Monitoring of Propeller Cavitation Noise using Higher Order Spectral Analysis  Detection and Monitoring of Propeller Cavitation Noise using Higher Order Spectral Analysis  Detection and Monitoring of Propeller Cavitation Noise using Higher Order Spectral Analysis  Detection and Monitoring of Propeller Cavitation Noise using Higher Order Spectral Analysis  Detection and Monitoring of Propeller Cavitation Noise using Higher Order Spectral Analysis  Detection and Monitoring of Propeller Cavitation Noise using Higher Order Spectral Analysis  Detection and Monitoring of Propeller Cavitation Noise using Higher Order Spectral Analysis  Detection and Monitoring of Propeller Cavitation Noise using Higher Order Spectral Analysis