PHYSICAL ACOUSTICS: PRINCIPLES AND METHODS: PROPERTIES OF GASES, LIQUIDS, AND SOLUTIONS

By MIA TAYLOR

CONTENTS OPENING REMARKS 1 INTRODUCTION 4 1 HIGH ORDER MULTILEVEL ADAPTIVE TIME DOMAIN METHODS FOR STRUCTURAL ACOUSTICS SIMULATIONS 5 2 DISTRIBUTED FEEDBACK RESONATORS 50 3 ACOUSTIC ELASTODYNAMIC AND ELECTROMAGNETIC WAVEFIELD COMPUTATION A STRUCTURED APPROACH BASED ON RECIPROCITY 72 4 NUMERICAL MODELING OF THE INTERACTIONS OF ULTRAFAST OPTICAL PULSES WITH NONRESONANT AND RESO NANT MATERIALS AND STRUCTURES 89 5 ALGORITHMIC ASPECTS AND SUPERCOMPUTING TRENDS IN COMPUTATIONAL ELECTROMAGNETICS VIJAYA SHANKAR WILLIAM F HALL ALIREZA MOHAMMADIAN CHRIS ROWELL 103 6 ADAPTIVE FINITE ELEMENT METHODS FOR THE HELMHOLTZ EQUATION IN EXTERIOR DOMAINS 122 7 MODELING OF OPTICALLY ASSISTED PHASED ARRAY RADAR 143 8 SYNTHESIS AND ANALYSIS OF LARGE SCALE INTEGRATED PHOTONIC DEVICES AND CIRCUITS 162 9 DESIGN AND ANALYSIS OF FINITE ELEMENT METHODS FOR TRANSIENT AND TIME HARMONIC STRUCTURAL ACOUSTICS 183 10 AN OVERVIEW OF THE APPLICATIONS OF THE METHODS OF MOMENTS TO LARGE BODIES IN ELECTROMAGNETICS 204 11 DISCUSSION 221