Technical Program

114: Finite-Difference Methods

Session Type: Oral
Time: Monday, July 7, 08:00 - 11:40
Location: Chickasaw
Session Chair: Jean-Pierre Berrenger, University of Manchester
 
114.1: NOVEL DEVELOPMENT OF CONFORMAL FDTD METHOD FOR LARGE-SCALE ELECTROMAGNETIC SIMULATIONS
         Jian Wei You; Southeast University, China
         Tie Jun Cui; Southeast University, China
 
114.2: AN EFFICIENT TOTAL-FIELD/SCATTERED-FIELD TECHNIQUE FOR THE FUNDAMENTAL ADI-FDTD METHOD
         Theng Huat Gan; Nanyang Technological University, Singapore
         Eng Leong Tan; Nanyang Technological University, Singapore
 
114.3: AN EFFECTIVE FDTD SCHEME FOR THE PROPAGATION OF VLF-LF RADIOWAVES IN THE EARTH-IONOSPHERE WAVEGUIDE
         Jean-Pierre BĂ©renger; University of Manchester, United Kingdom
 
114.4: STABILITY AND DISPERSION ANALYSIS OF FDTD TECHNIQUE IN SINUSOIDALLY STRATIFIED MEDIA
         Fatemeh Mohamadi Monavar; University of Alberta, Canada
         Pedram Mousavi; University of Alberta, Canada
 
114.5: FDTD SIMULATION OF AN EXTREMELY THIN DISPERSIVE MATERIAL SHEET
         Yaxin Yu; A*STAR Institute of High Performance Computing, Singapore
         Ching Eng Png; A*STAR Institute of High Performance Computing, Singapore
         Dongying Li; A*STAR Institute of High Performance Computing, Singapore
 
114.6: ESTIMATIONS ON AIRCRAFT INTERFERENCE PATH LOSS DUE TO PERSONAL ELECTRIC DEVICE USING A LARGE-SCALED PARALLEL FDTD ANALYSIS
         Takashi Hikage; Hokkaido University, Japan
         Masami Shirafune; Hokkaido University, Japan
         Toshio Nojima; Hokkaido University, Japan
         Shunichi Futatsumori; Electronic Navigation Research Institute, Japan
         Akiko Kohmura; Electronic Navigation Research Institute, Japan
         Naruto Yonemoto; Electronic Navigation Research Institute, Japan
 
114.7: FINITE-DIFFERENCE TIME-DOMAIN/LANDAU-LIFSHITZ-GILBERT ALGORITHM FOR MODELING FERRITES WITH HYSTERESIS
         Andrew Greenwood; Air Force Research Laboratory, United States
         David French; Air Force Research Laboratory, United States
         Brad Hoff; Air Force Research Laboratory, United States
         Susan Heidger; Air Force Research Laboratory, United States
 
114.8: A FINITE-DIFFERENCE FREQUENCY-DOMAIN SCHEME FOR SIMULATION OF CURRENT DISTRIBUTIONS ON THREE-PHASE BUS BAR STRUCTURES
         Patrick Donohoe; Mississippi State University, United States
 
114.9: STABILITY PRESERVING MODEL ORDER REDUCTION OF FDTD WITH STABILITY ENFORCEMENT BEYOND THE CFL LIMIT
         Xihao Li; University of Toronto, Canada
         Costas D. Sarris; University of Toronto, Canada
         Piero Triverio; University of Toronto, Canada
 
114.10: DIAGONAL-PRESERVING EXPLICIT AND UNCONDITIONALLY STABLE FDTD METHOD FOR ANALYZING GENERAL LOSSY ELECTROMAGNETIC PROBLEMS
         Md Gaffar; Purdue University, United States
         Dan Jiao; Purdue University, United States