Differences between the Geotechnical Campaigns at Front-End Engineering Design (FEED) and Detailed Design—A Case Study

E. Spyropoulos, A. Khan
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引用次数: 1

Abstract

This paper presents a case study of the geotechnical conditions encountered within a project at Saudi Arabia at both the Front-End Engineering Design (FEED) and Detailed Design geotechnical campaigns. The soil formations were considerably varied between the two investigations resulted in extensive ground improvement activities that have not been anticipated within the FEED stage. The overall objectives of such study are to explore the soil formations found, and to evaluate/summarize the soil treatment measures necessary for each of the two different campaigns in order for the project specifications in relation to settlement, bearing capacity, and liquefaction potential to be achieved. Moreover, the potential factors that may have affected the differences on the strength/density of the soils within the two different geotechnical campaigns that have been carried out at nearby locations are also explored. Based on the analysis conducted, it is concluded that soil strength on the FEED data ismuch higher compared to the strength on the Detailed Design soil data resulted on shifting the soil mitigation measures from light to severe, hence, leading to project both excessive cost and considerable increase on time schedule.
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前端工程设计(FEED)与详细设计中岩土工程活动的差异—个案研究
本文介绍了沙特阿拉伯一个项目在前端工程设计(FEED)和详细设计岩土工程活动中遇到的岩土条件的案例研究。两次调查之间的土壤结构差异很大,导致了在FEED阶段没有预料到的广泛的地面改善活动。这项研究的总体目标是探索所发现的土壤结构,并评估/总结两个不同运动中每个运动所需的土壤处理措施,以便实现与沉降、承载能力和液化潜力相关的项目规范。此外,还探讨了可能影响在附近地点进行的两种不同岩土工程中土壤强度/密度差异的潜在因素。通过分析得出,由于土壤缓解措施由轻转为重,FEED数据上的土壤强度远远高于详细设计土壤数据上的强度,从而导致项目成本过高,工期大幅增加。
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