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Implementation of Discrete-Event Simulation (DES) in estimating analyzing CO2 emission during earthwork of building construction engineering

机译:在建筑工程建筑工程土方中估算和分析CO 2 发射的离散事件仿真(DES)的实现

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Sustainability in construction has become a global issue, especially in the aspect of green house gas emissions. At present, engineers are encountered with more challenges, not only providing the best cost advantage, but also considering environmental impact, and affording the most sustainable solution. Therefore, it is the foremost step for reliable and consistent quantification of air pollutant emissions to implement environmentally sustainable construction operations. The objective of this research is to implement the Discrete-Event Simulation (DES) model to measure the CO2 emissions released by non-road construction vehicles and equipment during earthwork for building construction, in order to provide the accurate, consistent & realistic quantification of CO2 emissions at micro level. In the end, a case study is provided to verify the proposed methodology.
机译:建设的可持续性已成为全球性问题,特别是在绿色房屋气体排放的方面。目前,工程师遇到了更多的挑战,不仅提供了最佳成本优势,而且考虑了环境影响,并提供了最可持续的解决方案。因此,最重要的步骤是可靠和一致地量化空气污染物排放,以实施环境可持续的施工业务。本研究的目的是实施离散事件仿真(DES)模型来测量由非道路施工车辆和设备在建筑工程中释放的CO 2 排放,以便提供在微观水平上的CO 2 排放准确,一致,始终如一地定量。最后,提供了案例研究以验证提出的方法。

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