@misc{10481/50197,
year = {2016},
url = {http://hdl.handle.net/10481/50197},
abstract = {A novel conformal technique for the FDTD method,
here  referred  to  as  Conformal  Relaxed  Dey-Mittra  method,  is
proposed  and  assessed  in  this  letter.  This  technique helps avoid
local time-step restrictions caused by irregular cells, thereby im-
proving  the  global  stability  criterion  of  the  original  Dey-Mittra
method. The approach retains a second-order spatial convergence.
A  numerical  experiment  based  on  the  NASA  almond  has  been
chosen to show the improvement in accuracy and computational
performance of the proposed method.},
organization = {The work described in this letter and the research
leading to these results has received support from the Projects TEC2013-
48414-C3-01 and TEC2015-68766-REDC (MINECO, Spain), P12-TIC-1442
(Junta de Andalucia, Spain), Alhambra-UGRFDTD (AIRBUS DS), and by the
CSIRC alhambra.ugr.es supercomputing center.},
publisher = {IEEE},
keywords = {Conformal techniques},
keywords = {Finite-difference time domain},
keywords = {Radar cross-section},
title = {A New efficient and stable 3D Conformal FDTD},
doi = {10.1109/LMWC.2016.2588579},
author = {Ruiz Cabello, Miguel and Díaz Angulo, Luis Manuel and Alvarez Gonzalez, Jesús and Rubio Bretones, Amelia Consuelo and Gutierrez Gutierrez, Guadalupe and González García, Salvador},
}