首页> 外文会议>Fraunhofer-Institut fur Chemische Technologie(ICT) International Annual Conference; 20060627-30; Karlsruhe(DE) >Overview of MSIAC workshop Examining the effect of Ageing upon Insensitive Munitions across the Lifecycle and the Status of Subsequent IM Ageing Efforts
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Overview of MSIAC workshop Examining the effect of Ageing upon Insensitive Munitions across the Lifecycle and the Status of Subsequent IM Ageing Efforts

机译:MSIAC研讨会概述,研究老化对整个生命周期中不敏感弹药的影响以及后续IM老化工作的状态

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The effect of ageing upon reduced vulnerability energetic materials and related "Insensitive Munitions" (IM) technologies is of great interest to many nations. As more IM systems are developed and introduced into service, a greater understanding is required in many key areas related to ageing and surveillance including; 1. Critical Ageing Mechanisms of reduced vulnerability energetic materials and IM technologies 2. Suitable tools to monitor these changes including the use of non-destructive testing, in-built sensors and data logging systems. 3. Ability for use of modeling and simulation to predict the ageing of materials and what is their subsequent response to threat stimuli 4. Suitable S3 and surveillance methodologies for IM systems 5. Cost benefit analysis of IM systems across the life cycle In response to requests from its member nations, the NATO Munitions Safety Information Analysis Centre (MSIAC) held a workshop on "Insensitive Munitions — The Effect of Ageing Upon Lifecycle" in May 2005, with the principal aim being to produce a report on the current knowledge in this area. A number of excellent conclusions and recommendations came out of the workshop. Two of those were that there was a greater need for international sharing of IM ageing information and that an international technology demonstrator project (TDP) be established to learn more about IM ageing. To support those 2 areas, MSIAC has a 2006 tasking from its Steering Committee to coordinate and assist in a "data -sharing" initiative among MSIAC nations. MSIAC has invited its member nations to join in this effort. The first goal for nations is to identify and share their existing IM ageing information so that it can be collectively analyzed. The intent with the TDP is that once it is learned what knowledge gaps exist then a TDP can be developed to fill those gaps. This paper will provide an overview of the ageing workshop and will describe the status of the MSIAC IM ageing data sharing initiative.
机译:老化对降低脆弱性的高能材料和相关的“不敏感弹药”(IM)技术的影响,对许多国家都非常感兴趣。随着更多即时消息系统的开发和投入使用,在与老化和监视有关的许多关键领域中需要更多的了解,包括: 1.减少漏洞的高能材料和IM技术的关键老化机制2.监视这些变化的合适工具,包括使用无损检测,内置传感器和数据记录系统。 3.能够使用建模和仿真来预测材料的老化以及其对威胁刺激的后续响应4.适用于IM系统的S3和监视方法5.生命周期内IM系统的成本效益分析以响应需求北约弹药安全信息分析中心(MSIAC)于2005年5月在其成员国中举办了“不敏感弹药-老化对生命周期的影响”讲习班,其主要目的是就该领域的最新知识编写一份报告。 。研讨会得出了许多出色的结论和建议。其中两个是,国际上更多地需要共享IM老化信息,并建立了一个国际技术演示项目(TDP)以了解有关IM老化的更多信息。为了支持这两个领域,MSIAC的指导委员会于2006年责成其协调和协助MSIAC国家之间的“数据共享”计划。 MSIAC邀请了其成员国共同努力。各国的首要目标是识别并共享其现有的IM老化信息,以便可以对其进行集体分析。 TDP的目的是,一旦了解到存在哪些知识空白,就可以开发TDP来填补这些空白。本文将概述老化研讨会,并描述MSIAC IM老化数据共享计划的状态。

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