生存能力
背景(考古学)
运筹学
海军
医疗保健
工程类
航空学
运营管理
计算机科学
风险分析(工程)
业务
可靠性工程
地理
考古
经济
经济增长
作者
Nicola Norcia,Serena Bertagna,Luca Braidotti,Vittorio Bucci,Alberto Marinò
出处
期刊:Progress in marine science and technology
日期:2022-08-29
被引量:3
摘要
According to the historical and social context and the evolution of technologies, medical care onboard ships has been a requirement of variable priority throughout the ship design. Strangely, this statement is much more evident in the field of naval ships, where there is a greater probability of injured or sick personnel when operating in warfare scenarios or humanitarian operations. NATO provides simple prescriptive recommendations, which indicate the health care and assistance facilities that naval units must offer. The classification describes the operational capabilities of the ship’s health facility using the word “Role”, depending on the response in terms of available treatments. The level is assigned with progressively increasing capabilities from Role 1 up to Role 4, which requires a complete operational response. On naval ships, the need to integrate many requirements minimises the design margins regarding the use of onboard volumes. In spite of the particular mission profile of naval units, the medical treatment capability is often underestimated. Indeed, it is necessary to reserve an appropriate part of the overall space onboard to rationally allocate adequate medical facilities. In this paper, the integration of innovative medical facilities with Role 2 Enhanced capability within the general arrangements of an LPD ship is presented. Furthermore, the 90 m2-wide hospital enables the dual-use of the military ship more effectively. Specifically, the accommodations onboard are convertible to beds for patients, whilst complying with all safety and survivability criteria.
科研通智能强力驱动
Strongly Powered by AbleSci AI