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To quote Alexander Pope (1688–1744), “to err is human”. Human errors in thinking and rote tasks occur, and these errors can destroy aircraft, chemical plants, and nuclear power plants. Our behavior is both beneficial and detrimental to modern engineering systems. The reliability and safety analyst must consider the human element; otherwise, the analysis is not creditable [53]. This chapter briefly discuss the human-error quantification. Refer to references [56],[69]–[73] for more detail. There is a software version called HRA Calculator [74]. The ASME PRA Standard recommends the use of THERP [56] and ASEP [69].

To quote Alexander Pope (1688–1744), “to err is human”. Human errors in thinking and rote tasks occur, and these errors can destroy aircraft, chemical plants, and nuclear power plants. Our behavior is both beneficial and detrimental to modern engineering systems. The reliability and safety analyst must consider the human element; otherwise, the analysis is not creditable [53]. This chapter briefly discuss the human-error quantification. Refer to references [56],[69]–[73] for more detail. There is a software version called HRA Calculator [74]. The ASME PRA Standard recommends the use of THERP [56] and ASEP [69].

To quote Alexander Pope (1688–1744), “to err is human”. Human errors in thinking and rote tasks occur, and these errors can destroy aircraft, chemical plants, and nuclear power plants. Our behavior is both beneficial and detrimental to modern engineering systems. The reliability and safety analyst must consider the human element; otherwise, the analysis is not creditable [53]. This chapter briefly discuss the human-error quantification. Refer to references [56],[69]–[73] for more detail. There is a software version called HRA Calculator [74]. The ASME PRA Standard recommends the use of THERP [56] and ASEP [69].

To quote Alexander Pope (1688–1744), “to err is human”. Human errors in thinking and rote tasks occur, and these errors can destroy aircraft, chemical plants, and nuclear power plants. Our behavior is both beneficial and detrimental to modern engineering systems. The reliability and safety analyst must consider the human element; otherwise, the analysis is not creditable [53]. This chapter briefly discuss the human-error quantification. Refer to references [56],[69]–[73] for more detail. There is a software version called HRA Calculator [74]. The ASME PRA Standard recommends the use of THERP [56] and ASEP [69].

To quote Alexander Pope (1688–1744), “to err is human”. Human errors in thinking and rote tasks occur, and these errors can destroy aircraft, chemical plants, and nuclear power plants. Our behavior is both beneficial and detrimental to modern engineering systems. The reliability and safety analyst must consider the human element; otherwise, the analysis is not creditable [53]. This chapter briefly discuss the human-error quantification. Refer to references [56],[69]–[73] for more detail. There is a software version called HRA Calculator [74]. The ASME PRA Standard recommends the use of THERP [56] and ASEP [69].

To quote Alexander Pope (1688–1744), “to err is human”. Human errors in thinking and rote tasks occur, and these errors can destroy aircraft, chemical plants, and nuclear power plants. Our behavior is both beneficial and detrimental to modern engineering systems. The reliability and safety analyst must consider the human element; otherwise, the analysis is not creditable [53]. This chapter briefly discuss the human-error quantification. Refer to references [56],[69]–[73] for more detail. There is a software version called HRA Calculator [74]. The ASME PRA Standard recommends the use of THERP [56] and ASEP [69].

To quote Alexander Pope (1688–1744), “to err is human”. Human errors in thinking and rote tasks occur, and these errors can destroy aircraft, chemical plants, and nuclear power plants. Our behavior is both beneficial and detrimental to modern engineering systems. The reliability and safety analyst must consider the human element; otherwise, the analysis is not creditable [53]. This chapter briefly discuss the human-error quantification. Refer to references [56],[69]–[73] for more detail. There is a software version called HRA Calculator [74]. The ASME PRA Standard recommends the use of THERP [56] and ASEP [69].

To quote Alexander Pope (1688–1744), “to err is human”. Human errors in thinking and rote tasks occur, and these errors can destroy aircraft, chemical plants, and nuclear power plants. Our behavior is both beneficial and detrimental to modern engineering systems. The reliability and safety analyst must consider the human element; otherwise, the analysis is not creditable [53]. This chapter briefly discuss the human-error quantification. Refer to references [56],[69]–[73] for more detail. There is a software version called HRA Calculator [74]. The ASME PRA Standard recommends the use of THERP [56] and ASEP [69].

To quote Alexander Pope (1688–1744), “to err is human”. Human errors in thinking and rote tasks occur, and these errors can destroy aircraft, chemical plants, and nuclear power plants. Our behavior is both beneficial and detrimental to modern engineering systems. The reliability and safety analyst must consider the human element; otherwise, the analysis is not creditable [53]. This chapter briefly discuss the human-error quantification. Refer to references [56],[69]–[73] for more detail. There is a software version called HRA Calculator [74]. The ASME PRA Standard recommends the use of THERP [56] and ASEP [69].

To quote Alexander Pope (1688–1744), “to err is human”. Human errors in thinking and rote tasks occur, and these errors can destroy aircraft, chemical plants, and nuclear power plants. Our behavior is both beneficial and detrimental to modern engineering systems. The reliability and safety analyst must consider the human element; otherwise, the analysis is not creditable [53]. This chapter briefly discuss the human-error quantification. Refer to references [56],[69]–[73] for more detail. There is a software version called HRA Calculator [74]. The ASME PRA Standard recommends the use of THERP [56] and ASEP [69].