... rights reserved 2023 environment geotechnical engineering strength & testing of materials Peat soil is a type of soft soil with a very high organic content, typically over 75%, which consists of partially or completely decomposed organic matter in a water-saturated environment. Peat...

... . Journal of Environmental Engineering   125 (1): 27 – 35 . Asavadorndeja   P and Glawe   U (2005) Electrokinetic strengthening of soft clay using the anode depolarization method . Bulletin of Engineering Geology and the Environment   64 (3): 237 – 245 . ASTM (2004) D427: Test...

... of soil increased for both groups and the amount of increase in the second group was dependent on the concentration of calcium chloride injected into the soil. The injection of this stabiliser also increased the electric current and electro-osmotic permeability. environment geotechnical engineering...

... on the drying−wetting durability in a certain range. The findings are interesting from a practical perspective for earthworks involving cement-stabilised clayey soils. environment strength & testing of materials waste management & disposal ICE Publishing: All rights reserved 2021 20...

... difficult due to environmental restrictions on civil engineering works. Thus, this methodology cannot be adopted in several cases (Kitazume and Terashi, 2013). Tonoz et al. (2003) noted that, in the case of the soil-mixing method, lime was found to be a good stabilising agent with regard...

... Publishing: All rights reserved 2018 environment foundations waste management & disposal The problems posed by expansive soils have been documented across the globe (Chen, 1988). The soils swell when they absorb water and shrink when water evaporates (Lu and Lykos, 2004). Because...

... environment fluid mechanics geosynthetic applications Synthetic materials have been used extensively in many geoengineering applications such as reinforcement (Yin, 1997 ; Zhan and Yin, 2001), separation (Arulrajah et al., 2009) and drainage (Chu et al., 2009 ; Indraratna et...

... stabilisation technique as environmentally friendly and sustainable. Table 2. Literature review on soft soil stabilisation using enzymes Reference Relevant findings Lacuoture and Gonzalez (1995) Enzyme soil stabiliser product on sub-base and sub-grade soil stabilisation showed...

... environmentally favourable ground improvement method, MICP offers an alternative to traditional soil improvement methods such as cement mixing and jet grouting. Although MICP experimentation has been largely confined to the laboratory, field-scale applications have been demonstrated with success...

... to ensure the same conditions were used for all tested samples. 20 1 2010 23 10 2009 © 2010 Thomas Telford Ltd 2010 environment geotechnical engineering weather C_c curvature coefficient C_u uniformity coefficient...

.... (2006) studied the effect of a different ratio of EPS beads and cement on the behaviour of clayey soil. Minegishi and Makiuchi (2006) described the mechanical behaviour of EPS beads and volcanic cohesive soil in Japan. embankments environment materials technology A construction technique...

... . The economic and environmental benefits of increasing maximum truck weight: the British experience . Transportation Research Part D: Transport and Environment , 2005 , 10 , (1): 77 – 95 . Mitchell   JM , Jardine   FM . A Guide to Ground Treatment , 2002 , CIRIA , London , Report C573...

...D. Egan, PhD, CEng, MICE; B. C. Slocombe, MSc Many ground improvement methods generate much less environmental impact than other deep foundation methods, for example concrete piling. Creative use of various ground improvement methods has already generated tangible benefits to completed projects...