WE-A5.1P.4
Electromagnetic Modeling of Large Grain Silos Using a Dissipative, Inhomogeneous Cavity-Based Modal Method
Guilherme Simon da Rosa, Raul Oliveira Ribeiro, Sao Paulo State University, Brazil; Fernando Lisboa Teixeira, The Ohio Sate Uiversity, United States
Session:
Asymptotic Techniques and Modal Expansions Oral
Track:
AP-S: Track 5: Electromagnetic Fundamentals
Location:
Huntington: Room 353
Session Time:
Wed, 15 Jul, 13:20 - 15:00
Presentation Time:
Wed, 15 Jul, 14:20 - 14:40
Session Co-Chairs:
Enes Koc, University of Michigan and Raul Ribeiro, São Paulo State University
Presentation
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Discussion
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Session WE-A5.1P
WE-A5.1P.1: Comparison of Scattered Fields over a Metamaterial and an Ordinary Material Using High-Frequency Uniform Asymptotic Solutions
Toru Kawano, National Defense Academy, Japan
WE-A5.1P.2: An UTD-Type Diffraction Coefficient for Dipole Field Scattering due to the presence of a Cylindrically Curved Screen
Krishna Mohan Boga, Divyabramham Kandimalla, Indian Institute of Information Technology Sri City, Chittoor, India; Prabhakar H. Pathak, The Ohio State University, Columbus, USA, United States
WE-A5.1P.3: Accelerated Occlusion Culling Method Based on LBVH and OpenMP for Physical Optics
Doudou Zhang, Xiaolin Jin, Luo Huang, Tao Huang, University of Electronic Science and Technology of China, China
WE-A5.1P.4: Electromagnetic Modeling of Large Grain Silos Using a Dissipative, Inhomogeneous Cavity-Based Modal Method
Guilherme Simon da Rosa, Raul Oliveira Ribeiro, Sao Paulo State University, Brazil; Fernando Lisboa Teixeira, The Ohio Sate Uiversity, United States
WE-A5.1P.5: A Conjugate-Linear Characteristic Mode Formulation for Arbitrary Dissipative Systems
Chenbo Shi, Jin Pan, University of Electronic Science and Technology of China, China; Chao Ren, YongLiang Wang, Beijing BDStar Navigation Technology Co., Ltd., China
Resources