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Block models for improved earthwork allocation planning in linear infrastructure construction

机译:用于改进线性基础设施建设中土方分配规划的模块模型

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摘要

Earthwork planning has been considered in this article and a generic block partitioning and modelling approach has been devised to provide strategic plans of various levels of detail. Conceptually this approach is more accurate and comprehensive than others, for instance those that are section based. In response to environmental concerns the metric for decision making was fuel consumption and emissions. Haulage distance and gradient are also included as they are important components of these metrics. Advantageously the fuel consumption metric is generic and captures the physical difficulties of travelling over inclines of different gradients, that is consistent across all hauling vehicles. For validation, the proposed models and techniques have been applied to a real world road project. The numerical investigations have demonstrated that the models can be solved with relatively little CPU time. The proposed block models also result in solutions of superior quality, i.e. they have reduced fuel consumption and cost. Furthermore the plans differ considerably from those based solely upon a distance based metric thus demonstrating a need for industry to reflect upon their current practices.
机译:本文已考虑了土方计划,并设计了一种通用的块划分和建模方法来提供各种细节级别的战略计划。从概念上讲,此方法比其他方法(例如基于节的方法)更加准确和全面。为了应对环境问题,决策的标准是燃料消耗和排放。还包括运输距离和坡度,因为它们是这些指标的重要组成部分。有利地,油耗度量是通用的,并且捕获了在不同坡度上行驶的物理困难,这在所有运输车辆上都是一致的。为了进行验证,提出的模型和技术已应用于现实世界的公路项目。数值研究表明,可以用较少的CPU时间来解决模型。所提出的块模型还导致了高质量的解决方案,即它们减少了燃料消耗和成本。此外,该计划与仅基于距离度量的计划有很大不同,因此表明行业需要反思其当前做法。

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