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Float Consumption and Resiliency Theory Put into Practice

机译:浮动消费和弹性理论付诸实践

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A frequent source of disagreement between owner and contractor is the quantification of delay using an additive time impact analysis such as that described in Recommended Practice 52R-06. Owners are hesitant to grant time extension when they believe a contractor can revise Resource Driven Logic (RDL) to partially or fully mitigate the impact of a delay. While most project management teams can successfully use this method early in a project, they often run out of mitigation options as the job progresses. The 2018 Technical Paper PS-2871: A Realistic Look at Float Consumption, introduced and explored several metrics for identifying Schedule Resiliency, a measure of how readily a Critical Path Method (CPM) schedule can be adjusted to accommodate delay. PS-2871 explored the theory using one example project. This paper will further explore the concepts of average Relationship Free Float (RFF) on RDL, activity free float density factor, and Schedule Performance Index (SPI) correlation. The goal of this research is to reduce time impact disputes using resiliency metrics to identify that point in a project when "free" mitigation through adjustments to RDL is no longer feasible.
机译:业主和承包商之间经常发生的分歧是使用附加时间影响分析(如推荐做法52R-06中所述)量化延迟。当业主认为承包商可以修改资源驱动逻辑(RDL)以部分或完全减轻延迟的影响时,业主会犹豫是否准予延长时间。尽管大多数项目管理团队可以在项目早期就成功使用此方法,但随着工作的进行,他们经常会用尽缓解措施。 2018年技术论文PS-2871:浮动消费的现实观察,介绍并探讨了确定时间表弹性的几种指标,这是一种关键路径方法(CPM)时间表可以多容易调整以适应延迟的度量。 PS-2871使用一个示例项目探索了该理论。本文将进一步探讨RDL上的平均无关系浮动(RFF),无活动浮动密度因子和计划绩效指数(SPI)相关性的概念。这项研究的目的是在通过调整RDL来“自由”缓解风险不再可行时,使用弹性指标来减少项目中的问题,从而减少时间影响争端。

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