2014
DOI: 10.7862/rm.2014.56
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Analiza procedur stanów awaryjnych silników w samolotach lekkich i ich wpływ na skutki wypadków lotniczych

Abstract: ANALIZA PROCEDUR STANÓW AWARYJNYCH SILNIKÓW W SAMOLOTACH LEKKICH I ICH WPŁYW NA SKUTKI WYPADKÓW LOTNICZYCHNa podstawie analizy teorii eksploatacji złoŜonych struktur technicznych przedstawiono samolot lekki jako obiekt eksploatacyjny. Szczególną uwagę zwrócono na zespół napędowy, wskazując na jego istotną rolę w zapewnieniu bezpieczeń-stwa eksploatacji całego statku powietrznego. Na podstawie analizy instrukcji eksploatacji wybranych samolotów lekkich oraz produkowanych do nich silników dokonano przeglądu proc… Show more

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“…Estimation of one-dimensional distributions of duration and deficits of the maximum low flow (using the PDS method) were studied by, inter alia, Zelenhasić and Salvai [11], while in Poland the issue was studied primarily by Jakubowski [12,13]. In order to determine the probability of not exceeding the volume of the low flow and its duration, Jakubowski and Radczuk, developed the computer program NIZOWKA2003 [14], in which the number of low flows (in a year or season) is estimated by the following discrete distributions: Poisson and Pascal, and the duration of low flows and their deficit by the following continuous distributions: Pearson type III, Weibull, lognormal, Johnson, double exponential, and generalized Pareto.…”
Section: Introductionmentioning
confidence: 99%
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“…Estimation of one-dimensional distributions of duration and deficits of the maximum low flow (using the PDS method) were studied by, inter alia, Zelenhasić and Salvai [11], while in Poland the issue was studied primarily by Jakubowski [12,13]. In order to determine the probability of not exceeding the volume of the low flow and its duration, Jakubowski and Radczuk, developed the computer program NIZOWKA2003 [14], in which the number of low flows (in a year or season) is estimated by the following discrete distributions: Poisson and Pascal, and the duration of low flows and their deficit by the following continuous distributions: Pearson type III, Weibull, lognormal, Johnson, double exponential, and generalized Pareto.…”
Section: Introductionmentioning
confidence: 99%
“…The most commonly used methods of estimating the distribution parameters of the characteristics of the low flows are: the method of maximum likelihood MLE [12][13][14], the method of moments MOM [18] and the method of linear moments LMOM [18]. Each of these methods has its advantages and disadvantages.…”
Section: Introductionmentioning
confidence: 99%