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首页> 外文期刊>Geotechnical testing journal >A Pluvial Deposition Method to Reconstitute Well-Graded Sand Specimens
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A Pluvial Deposition Method to Reconstitute Well-Graded Sand Specimens

机译:一种用重沉积法重建高等级砂体的方法

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Stationary pluviators generally use one or more sieves to spread the sand flow exiting from the hopper through one or more holes over the desired area. On the other hand, traveling pluviators do not need a sieve or mesh because in this case it is possible to move an opening or a nozzle over the area of interest. Traveling pluviators are preferable to stationary pluviators, especially in the case of well-graded cohesionless soils, because they provide more uniform specimens. However, traveling pluviators have drawbacks, specimen layering being the most relevant. This technical note illustrates an experimental procedure to reconstitute large specimens of well-graded sands using a traveling pluviator. The effects of specimen layering on mechanical soil properties became negligible with this technique as it was possible to assess performing a series of CPT tests with both a standard cone and a 20-mm cone.
机译:固定式挖泥机通常使用一个或多个筛子,使从漏斗出来的砂流通过一个或多个孔散布到所需区域。另一方面,行进的犁刀不需要筛子或筛子,因为在这种情况下,可以在感兴趣的区域上移动开口或喷嘴。相对于固定式切碎机,行进式切碎机更可取,尤其是在坡度良好的无粘性土壤的情况下,因为它们可提供更均匀的标本。但是,行进的犁刀有缺点,最重要的是样品分层。本技术说明说明了使用行进式沉水机重建大尺寸砂岩标本的实验程序。使用这种技术,样品分层对机械土壤特性的影响变得微不足道,因为可以评估使用标准锥和20 mm锥进行一系列CPT测试。

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