Large-Scale Structures in Acoustics and Electromagnetics

Board on Mathematical Sciences, National Research Council

• 1 FRONT MATTER; 2 OPENING REMARKS; 3 INTRODUCTION; 4 1 HIGH-ORDER, MULTILEVEL, ADAPTIVE TIME-DOMAIN METHODS FOR STRUCTURAL ACOUSTICS SIMULATIONS; 5 2 DISTRIBUTED FEEDBACK RESONATORS; 6 3 ACOUSTIC, ELASTODYNAMIC, AND ELECTROMAGNETIC WAVEFIELD COMPUTATION - A STRUCTURED APPROACH BASED ON RECIPROCITY; 7 4 NUMERICAL MODELING OF THE INTERACTIONS OF ULTRAFAST OPTICAL PULSES WITH NONRESONANT AND RESONANT MATERIALS AND STRUCTURES; 8 5 ALGORITHMIC ASPECTS AND SUPERCOMPUTING TRENDS IN COMPUTATIONAL ELECTROMAGNETICS; 9 6 ADAPTIVE FINITE ELEMENT METHODS FOR THE HELMHOLTZ EQUATION IN EXTERIOR DOMAINS; 10 7 MODELING OF OPTICALLY; 11 8 SYNTHESIS AND ANALYSIS OF LARGE-SCALE INTEGRATED PHOTONIC DEVICES AND CICUITS; 12 9 DESIGN AND ANALYSIS OF FINITE ELEMENT METHODS FOR TRANSIENT AND TIME-HARMONIC STRUCTURAL ACOUSTICS; 13 10 AN OVERVIEW OF THE APPLICATION OF THE METHOD OF MOMENTS TO LARGE BODIES IN ELECTROMAGNETICS; 14 11 DISCUSSION; 15 APPENDICES; 16 A SYMPOSIUM AGENDA; 17 B SPEAKERS; 18 C SYMPOSIUM PARTICIPANTS