Aircraft Combat Survivability Estimation and Synthetic Tradeoff Methods
LIShu-li, LIShou-an, LIWei-ji, LIDong-xia, Feng-Feng
Abstract
LIShu-li, LIShou-an, LIWei-ji, LIDong-xia, Feng-Feng
Abstract
A new concept is proposed that susceptibility, vulnerability, reliability, maintainability and supportability should be essential factors of aircraft combat survivability. A weight coefficient method and a synthetic method are proposed to estimate aircraft combat survivability based on the essential factors. Considering that it takes cost to enhance aircraft combat survivability, a synthetic tradeoff model between aircraft combat survivability and life cycle cost is built. The aircraft combat survivability estimation methods and synthetic tradeoff with a life cycle cost model will be helpful for aircraft combat survivability design and enhancement.
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A new concept is proposed that susceptibility, vulnerability, reliability, maintainability and supportability should be essential factors of aircraft combat survivability. A weight coefficient method and a synthetic method are proposed to estimate aircraft combat survivability based on the essential factors. Considering that it takes cost to enhance aircraft combat survivability, a synthetic tradeoff model between aircraft combat survivability and life cycle cost is built. The aircraft combat survivability estimation methods and synthetic tradeoff with a life cycle cost model will be helpful for aircraft combat survivability design and enhancement.
Key concepts: Survivability, Maintainability, Reliability engineering, Reliability (semiconductor), Vulnerability (computing), Engineering, Computer science, Computer security