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Influence of pore water chemistry on GCL self-healing with hydration from silica sand

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Abstract The self-healing of a GCL with a circular hole is examined in experiments where the GCL, overlain by geomembrane, is hydrated from a silica sand subgrade (SSS) having three… Click to show full abstract

Abstract The self-healing of a GCL with a circular hole is examined in experiments where the GCL, overlain by geomembrane, is hydrated from a silica sand subgrade (SSS) having three different pore water chemistries. Factors considered included: hole size, subgrade initial moisture content wfdn, GCL mass per unit area, and overburden stress (20–100 kPa). GCL self-healing is better for wfdn = 16% than for wfdn = 10%, which is better than for 5%, when the SSS pore water has negligible cations (ionic strength, I

Keywords: pore water; self healing; gcl self; chemistry; silica sand

Journal Title: Geotextiles and Geomembranes
Year Published: 2021

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