num_pages: 416
description: I. INVITED PAPERS * Recent Developments in Transduction Materials for Future Sonar Transducers * New Solutions for Low Frequency Sonar Projectors * Innovative Approaches for Generating High Power, Low Frequency Sound * Micromachined Acoustic Sensors * The Direction of Transducer and Array Modeling in the 1990s * Modeling of Active and Passive Periodic Structures  II. CONTRIBUTED PAPERS * Electrostrictive Sonar Drivers for Flextensional Transducers * PVDF Piezoelectric Polymer: Processing, Properties and Hydrophone Applications * Terfenol-D Powder Composite with High Frequency Performance * Experimental Characterization of Dynamic Fatigue in Glass-Reinforced Composite Flextensional Transducer Shells * New Type of Flextensional Transducer * Great Depth Class V Flextensional Transducer * Flextensional Barrel-Stave Projectors * Terfenol Driver for the Barrel-Stave Projector * An Equivalent Circuit Model for Barrel-Stave Flextensional Transducers * Analysis of a Class IV Flextensional Transducer Using Piece-Part Equivalent Circuit Models * Two Methods for Modeling the Longitudinal Resonance of Class IV Flextensional Transducers * Variational Modeling of Class V Flextensional Ring-Shell Projectors * Development of Unique, Compact, Low Frequency Acoustic Source * The Design of 100-kHz Wideband Sonar Transducer * Performance and Recent Developments with Doubly Resonant Wideband Transducers * A 2-kHz Magnetostrictive Transducer * Recent Developments in Thermoacoustically Driven Low Frequency Projectors * Electroacoustic Performance Modeling of the Gas-Filled Bubble Projector *Mechanical-Thermal Noise in Microminiature Hydrophones * Fiber-Optic Push-Pull Hydrophone Systems * A Fiber Optic Hydrophone for High Frequency Applications * Fiber Optic Hydrophones for High Pressure Applications * Numerical Modeling of a Cardioid Hydrophone * Analytical Model for Square Composite Piezoelectric Polymer Plates, with Application to Large Area Hydrophones * An Extended SHIP Formulation for Non-axisymmetric Applications * Fine Element Modulus Substitution Method for Sonar Transducer Effective Coupling Coefficient  III. POSTER PAPERS * Class IV Flextensional Transducer Array Modeling * Fiberoptic Pressure Sensing Acoustic Array * Acoustic Behavior of Low Frequency Transducers Near Environmental Structures * Design of Directional Transmitting Arrays for Very Low Frequency Sonar Applications * Improvements in Analytical Models for Predicting Platform Noise in Hull-Mounted Planar Arrays * A Signal Model for Transducer Calibration in Multipath Environments * Projector Measurement Techniques at Low Frequencies * Method for Suppressing Transducer Turnon and Turnoff Transient Pressure Radiation * Experimental Comparison of Transducers Driven in the Thickness Mode * An Experimental Study of 0-3 Piezorubber Hydrophones * SONAR3D: A Finite Element Modeling Code for Analyzing Low Frequency Sonar Transducer Arrays * A Powerful CAD Tool for Piezoelectric Transducers, Coupling FE and Equivalent Circuit Techniques: TransCAD II-MacETAx * Designing and Optimizing Low Frequency Sonar Transmission Chains with a CAD Tool"
language: English
title: Transducers for Sonics and Ultrasonics
titlecomplete: Transducers for Sonics and Ultrasonics
publisher: CRC Press