合并(业务)
岩土工程
固化(化学)
磁导率
导水率
材料科学
原位
孔隙水压力
复合材料
地质学
工程类
土壤水分
土壤科学
化学
膜
业务
有机化学
会计
生物化学
作者
Erol Yilmaz,Tikou Belem,Mostafa Benzaazoua,Bruno Bussière
摘要
Abstract This paper evaluates some improvements in the design of a laboratory apparatus called curing under applied pressure system (CUAPS) designed to estimate in situ properties of cemented paste backfill (CPB). This apparatus is effective in conducting the following tests on samples during curing: (i) One-dimensional consolidation test with or without pore water pressure (PWP) measurement, (ii) PWP dissipation test, (iii) saturated hydraulic conductivity (permeability) test, and (iv) curing under constant or variable vertical pressure. Unconfined compression tests can be also performed on consolidated CPB samples after each of these tests. The modified CUAPS apparatus is assessed in this paper. Preliminary results are promising and validate the functionality of the CUAPS apparatus, which will contribute to the knowledge on consolidation behaviour of in situ CPB material.
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