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PREDICTING THE FUTURE OF REPLENISHMENT AT SEA, A CANADIAN PERSPECTIVE

机译:预测海上的补充未来,加拿大视角

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From World War II through the Korean War and into the Cold War, the early history of Replenishment At Sea (RAS) for Canada is one of cooperation with the British and with American navies. The first Canadian AOR, HMCS PROVIDER, entered service in 1963. A fast, one-stop replenishment ship, she was built around both British and American technologies and lessons learned from captured German supply ships. HMCS PROTECTEUR and HMCS PRESERVER followed in the early 1970s. The equipment and technology were now Canadian and the designs benefited both from PROVIDER's operational experience and from many sea trials of equipment and component ideas. These ships are still in service; their RAS systems, courtesy of continuing upgrades, remain amongst the most capable at sea. The art and technology of RAS continues to evolve. There are a range of current initiatives, national and NATO, to improve efficiency (Heavy RAS) and to reduce manpower (messenger winch). Canada is a very active contributor, and sometime leader, for these initiatives. The Joint Support Ship is to build on the navy's experience and maintain its program of continuous improvement to its RAS systems. The focus is on manpower reduction - one-man station control - and fully digital control. The system will, however, remain hydro-pneumatic. The JSS RAS system requirements are heavily prescriptive - rather than performance-based - in order to benefit from available technology and equipment advances and limit operational and project risk. However, this has been restricted to the RAS station itself and to the operator console. In such as alternative fuelling and solid cargo handling, the solution is left to the designer.
机译:从第二次世界大战通过朝鲜战争而进入冷战,加拿大海上(RAS)的早期历史是与英国和美国海军的合作之一。第一艘加拿大AOR,HMCS提供商,1963年进入服务。快速,一站式补货船,她围绕英国和美国技术和员工从捕获的德国供应船舶中学到的经验教训。 HMCS Protecteur和HMCS Preserver遵循于20世纪70年代初。该设备和技术现在是加拿大的,设计从提供商的运营经验和许多设备和组件思想中的海上试验中受益。这些船只仍在使用;他们的RAS系统礼貌持续升级,仍然是海上最多的。 RA的艺术和技术继续发展。有一系列当前的举措,国家和北约,提高效率(重型RAS)并减少人力(Messenger Winch)。加拿大是一个非常活跃的贡献者,以及这些举措的某个领导者。联合支持船是在海军的经验中建立并保持其对其RAS系统的持续改进计划。重点是人力减少 - 单人站控制 - 以及全数字控制。然而,该系统将保持水性气动。 JSS RAS系统要求严重规定 - 而不是基于性能 - 为了可用于可用的技术和设备的进步和限制运营和项目风险。但是,这已被限制在RAS站本身和运营商控制台上。在例如替代燃料和固体货物处理中,解决方案留给设计师。

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