IEEE Transactions on Electromagnetic Compatibility · 1998 · 37 citations · 17 references
Natural SciencesElectrical EngineeringSystems EngineeringAtmospheric ElectricityElectromagneticsElectromagnetismElectromagnetic CompatibilityLightning CurrentLightning PhysicsLightning ProtectionThunderstorm ElectricityThunderstorm ElectrificationFrequency Domain ProcessingFrequency-domain ElectromagneticsLightning Current ModelingLightning Electromagnetic EffectsLightning Protection DesignLightning Protection Of BuildingsLightning Protection SystemsLightning Strike Protection
This paper defines a systematic approach considering the lightning current at the base of the channel as input function, the spatial distribution of the electromagnetic (EM) field inside the building, or the overvoltages induced at the open ends of loops as output functions. A parametric analysis of the influence of the lightning protection system on the output functions is carried out in frequency domain. The systematic approach allows one to take into account the probabilistic nature of the input function, which transforms the values of the outputs from deterministic to a distribution of probability. This is extremely useful for all electromagnetic compatibility (EMC) engineers dealing with realistic systems’ designs or maintenance problems.
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Handbook of Mathematical Functions
Milton Abramowitz, I. A. Stegun · 1972 · 15.4K citations
Lightning parameters for Engineering Application
R.B. Anderson · Electra · 1980 · 513 citations
Natural Sciences, Civil Engineering, Electrical Engineering +8
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