02699oam 2200493zu 450 991016428610332120230613200954.00-8031-5425-910.1520/STP1374-EB(CKB)3170000000044329(SSID)ssj0001490014(PQKBManifestationID)11934260(PQKBTitleCode)TC0001490014(PQKBWorkID)11460321(PQKB)11272357(NjHacI)993170000000044329(EXLCZ)99317000000004432920160829d2000 uy engur|||||||||||txtccrGeotechnics of High Water Content Materials[Place of publication not identified]American Society for Testing & Materials20001 online resource (x, 392 pages)ASTM special technical publication ;1374Bibliographic Level Mode of Issuance: Monograph0-8031-2855-X Reasonable estimates indicate that approximately a billion cubic meters of high water content soil-like wastes are produced annually worldwide, and a large portion of these are deposited hydraulically in diked impoundment areas, some of which are among the largest earth structures in the world. The major problems emanating from this disposal method are the difficulty in dewatering the wastes, their low strength and hydraulic conductivity, their high compressibility, their potential to contaminate the groundwater, the stability of the confining dikes, and the ultimate reclamation of the disturbed land. Following a brief explanation of how many of these wastes are generated, quantitative values for key engineering properties are summarized and compared for a wide variety of waste materials and some reference soils. Then, many concepts that have been applied with success will be presented together with the advantages each offers, the difficulties involved in using it, and the limitations in our knowledge. Discussed briefly will be state-of-practice developments in mathematical modeling, laboratory testing and associated interpretations, and material property formulations.ASTM special technical publication ;1374.Soil mechanicsSoil stabilizationSoil mechanics.Soil stabilization.624.1/5136Fox Patrick JEdil Tuncer BASTM Committee D-18 on Soil and Rock.PQKBBOOK9910164286103321Geotechnics of High Water Content Materials1932750UNINA