A measure of subsea systems' readiness level

IF 0.4 Q4 Engineering UNDERWATER TECHNOLOGY Pub Date : 2016-07-01 DOI:10.3723/UT.33.215
S. Yasseri
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引用次数: 6

Abstract

Systems readiness level (SRL) is a metric for assessing progress in developing major subsea systems. SRL methodology builds on technology readiness levels (TRLs), developed by American Petroleum Institute (API) 17N to assess the readiness of subsea components for insertion. To estimate the level of readiness of a system comprising multiple components in their current state, SRL combines the TRL of each component with another metric called the integration readiness level (IRL). This metric expresses the readiness of each of these components to be integrated with other components of the system. An averaging approach is then used to estimate an overall level of systems readiness if these components were to be used. This paper presents a distillation of experience gained in applying the readiness metrics to subsea systems by the author and others. The methodology for determining the progress of a typical subsea system development, using TRL, IRL and SRL metrics is illustrated using a typical subsea system.
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衡量海底系统的就绪程度
系统就绪水平(SRL)是评估主要海底系统开发进度的指标。SRL方法建立在技术就绪水平(trl)的基础上,由美国石油协会(API) 17N开发,用于评估海底组件的插入就绪程度。为了评估一个系统的准备水平,该系统包含多个处于当前状态的组件,SRL将每个组件的TRL与另一个称为集成准备水平(IRL)的度量结合起来。这个度量表示每个组件与系统的其他组件集成的准备情况。如果要使用这些组件,则使用平均方法来估计系统准备就绪的总体水平。本文介绍了作者和其他人在将准备度指标应用于海底系统方面所获得的经验。本文以一个典型的海底系统为例,说明了使用TRL、IRL和SRL指标确定典型海底系统开发进度的方法。
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来源期刊
UNDERWATER TECHNOLOGY
UNDERWATER TECHNOLOGY ENGINEERING, OCEAN-
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