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- W2332012093 abstract "Electromagnetic computation methods (ECMs) have been widely used in analyzing lightning electromagnetic pulses (LEMPs) and lightning-caused surges in various systems. One of the advantages of ECMs, in comparison with circuit simulation methods, is that they allow a self-consistent full-wave solution for both the transient current distribution in a 3D conductor system and resultant electromagnetic fields, although they are computationally expensive. Among ECMs, the finite-difference time-domain (FDTD) method for solving Maxwell's equations has been most frequently used in LEMP and surge simulations. In this paper, we review applications of the FDTD method to LEMP and surge simulations, including (i) lightning electromagnetic fields at close and far distances; (ii) lightning surges on overhead power transmission line conductors and towers, (iii) lightning surges on overhead distribution and telecommunication lines; (iv) lightning electromagnetic environment in power substations; (v) lightning surges in wind-turbine-generator towers; (vi) lightning surges in photovoltaic (PV) arrays; (vii) lightning electromagnetic environment in electric vehicles (EVs); (viii) lightning electromagnetic environment in airborne vehicles; (ix) lightning surges and electromagnetic environment in buildings; and (x) surges on grounding electrodes." @default.
- W2332012093 created "2016-06-24" @default.
- W2332012093 creator A5018168020 @default.
- W2332012093 creator A5049708623 @default.
- W2332012093 date "2014-10-01" @default.
- W2332012093 modified "2023-09-25" @default.
- W2332012093 title "Applications of the FDTD method to lightning electromagnetic pulse and surge simulations" @default.
- W2332012093 cites W121250379 @default.
- W2332012093 cites W1517464096 @default.
- W2332012093 cites W1621105672 @default.
- W2332012093 cites W1963561293 @default.
- W2332012093 cites W1965592541 @default.
- W2332012093 cites W1967166329 @default.
- W2332012093 cites W1971517809 @default.
- W2332012093 cites W1976336340 @default.
- W2332012093 cites W1986239176 @default.
- W2332012093 cites W1987083185 @default.
- W2332012093 cites W1988401356 @default.
- W2332012093 cites W1989631280 @default.
- W2332012093 cites W1990111391 @default.
- W2332012093 cites W1995792048 @default.
- W2332012093 cites W1997963218 @default.
- W2332012093 cites W1998062949 @default.
- W2332012093 cites W1999818564 @default.
- W2332012093 cites W2001782348 @default.
- W2332012093 cites W2002771990 @default.
- W2332012093 cites W2003017040 @default.
- W2332012093 cites W2003627026 @default.
- W2332012093 cites W2004944189 @default.
- W2332012093 cites W2008426491 @default.
- W2332012093 cites W2010366276 @default.
- W2332012093 cites W2011032889 @default.
- W2332012093 cites W2013115984 @default.
- W2332012093 cites W2014354248 @default.
- W2332012093 cites W2020706766 @default.
- W2332012093 cites W2021901287 @default.
- W2332012093 cites W2028150004 @default.
- W2332012093 cites W2031223545 @default.
- W2332012093 cites W2032467145 @default.
- W2332012093 cites W2037836700 @default.
- W2332012093 cites W2041062606 @default.
- W2332012093 cites W2041858323 @default.
- W2332012093 cites W2043612090 @default.
- W2332012093 cites W2044278022 @default.
- W2332012093 cites W2045230452 @default.
- W2332012093 cites W2046635939 @default.
- W2332012093 cites W2047054452 @default.
- W2332012093 cites W2059410531 @default.
- W2332012093 cites W2063851220 @default.
- W2332012093 cites W2066940866 @default.
- W2332012093 cites W2070227637 @default.
- W2332012093 cites W2071710158 @default.
- W2332012093 cites W2072482039 @default.
- W2332012093 cites W2078748161 @default.
- W2332012093 cites W2080789550 @default.
- W2332012093 cites W2080987381 @default.
- W2332012093 cites W2081174803 @default.
- W2332012093 cites W2084032743 @default.
- W2332012093 cites W2086648754 @default.
- W2332012093 cites W2090912528 @default.
- W2332012093 cites W2097762840 @default.
- W2332012093 cites W2099353937 @default.
- W2332012093 cites W2099971228 @default.
- W2332012093 cites W2101196741 @default.
- W2332012093 cites W2102069091 @default.
- W2332012093 cites W2103360376 @default.
- W2332012093 cites W2108650406 @default.
- W2332012093 cites W2109692430 @default.
- W2332012093 cites W2113528335 @default.
- W2332012093 cites W2114641007 @default.
- W2332012093 cites W2115617341 @default.
- W2332012093 cites W2116139365 @default.
- W2332012093 cites W2117662837 @default.
- W2332012093 cites W2118033274 @default.
- W2332012093 cites W2120027041 @default.
- W2332012093 cites W2123299882 @default.
- W2332012093 cites W2131570563 @default.
- W2332012093 cites W2131614647 @default.
- W2332012093 cites W2132811834 @default.
- W2332012093 cites W2133886269 @default.
- W2332012093 cites W2138387502 @default.
- W2332012093 cites W2140018414 @default.
- W2332012093 cites W2141476829 @default.
- W2332012093 cites W2142063750 @default.
- W2332012093 cites W2148446197 @default.
- W2332012093 cites W2148893097 @default.
- W2332012093 cites W2153376948 @default.
- W2332012093 cites W2154129043 @default.
- W2332012093 cites W2159000484 @default.
- W2332012093 cites W2161015677 @default.
- W2332012093 cites W2165494111 @default.
- W2332012093 cites W2169769639 @default.
- W2332012093 cites W2175932036 @default.
- W2332012093 cites W2319145134 @default.
- W2332012093 cites W2322189084 @default.
- W2332012093 cites W2328061551 @default.
- W2332012093 cites W3148174262 @default.
- W2332012093 doi "https://doi.org/10.1109/iclp.2014.6973144" @default.
- W2332012093 hasPublicationYear "2014" @default.
- W2332012093 type Work @default.