Technical Program

507: Finite Difference and Finite Element Methods

Session Type: Oral
Time: Friday, July 12, 10:10 - 11:50
Location: Quince/Poinsettia
Session Chair: Qing Liu, Duke University
 
507.1: HIGHER-ORDER MIXED SPECTRAL ELEMENT METHOD FOR MAXWELL EIGENVALUE PROBLEM
         Na Liu; Chinese Academy of Sciences, China
         Yifa Tang; Chinese Academy of Sciences, China
         Xiaozhang Zhu; Duke University, United States
         Luis Eduardo Tob√≥n; Duke University, United States
         Qing Huo Liu; Duke University, United States
 
507.2: A COMPUTATIONALLY EFFICIENT FINITE DIFFERENCE MODE SOLVER
         Ahmed Nashed; University of Waterloo, Canada
         Sujeet Chaudhuri; University of Waterloo, Canada
         Safavi Safavi-Naeini; University of Waterloo, Canada
 
507.3: DERIVATION OF 3D SPACE-TIME MAXWELL GRID EQUATION USING FINITE INTEGRATION METHOD
         Jun Kawahara; Kyoto University, Japan
         Takeshi Mifune; Kyoto University, Japan
         Tetsuji Matsuo; Kyoto University, Japan
 
507.4: SPACE-TIME FINITE INTEGRATION METHOD USING LOCAL FINE GRID FOR ELECTROMAGNETIC WAVE COMPUTATION
         Tomohiro Shimoi; Kyoto University, Japan
         Takeshi Mifune; Kyoto University, Japan
         Tetsuji Matsuo; Kyoto University, Japan
 
507.5: SCATTERING FROM INHOMOGENEOUS CHIRAL OBJECTS USING MRFD METHOD
         Ahmet Yagli; TURKSAT, Turkey
         Mesut Gokten; TURKSAT, Turkey
         Lokman Kuzu; TURKSAT, Turkey
         Senol Gulgonul; TURKSAT, Turkey