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Documents disponibles écrits par cet auteur (20)
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rapport
R. Rowe ; P. Nadarajah ; THE UNIVERSITY OF WESTERN ONTARIO, DEPARTMENT OF CIVIL ENGINEERING | S.E. | Geotechnical Research Centre Report, GEOT-14-94 | 1994An analytical flow model is developed for use in estimating the steady-state field and the head distribution beneath landfills and in aquitard-aquifer systems with a maximum of two aquifers or permeable layers. The landfills may be engineered wi[...]
ouvrage
This book deals with the design of "barrier systems" which separate waste from the surrounding environment and which are intended to prevent contamination of both groundwater and surface waters. The authors discuss all key aspects of the design [...]
ouvrage
This book deals with the design of"barrier systems' which separate waste from the surrounding environment, and which are intended to prevent contamination of both groundwater and surface waters. Engineers involved with waste management, geotechn[...]
rapport
R. Rowe ; THE UNIVERSITY OF WESTERN ONTARIO, DEPARTMENT OF CIVIL ENGINEERING | S.E. | Geotechncial Research Centre Report, GEOT-9-95 | 1995The concept of hydraulic control is discussed along with factors to be considered in design. These include providing adequate separation and minimizing intrusion of clay into the stone of hydraulic control layer (HCL). Pressure distribution and [...]
article/chapitre/communication
R. Rowe ; L. Hrapovic ; N. Kosaric | 1995A methodology for determining diffusion coefficients through geomembranes is presented and used to estimate the diffusion coefficient for dichloromethane and chloride from dilute solutions through a 2mn thick high density polyethylene geomembrane.
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article/chapitre/communication
I. Fleming ; R. Rowe ; D. Cullimore | 1999
rapport
R. Rowe ; J. Booker ; THE UNIVERSITY OF WESTERN ONTARIO, DEPARTMENT OF CIVIL ENGINEERING | S.E. | Geotechnical Research Centre Report, GEOT-7-94 | 1994A finite layer technique for modelling contaminant transport from a landfill for relatively complex conditions is presented. The theory allows consideration of multiple units such a secondary leachate collection systems, hydraulic control layers[...]
rapport
R. Rowe ; W. Brachman ; THE UNIVERSITY OF WESTERN ONTARIO, DEPARTMENT OF CIVIL ENGINEERING | S.E. | Geotechncial Research Centre Report, GEOT-6-94 | 1994Geosynthetics in waste containment applications will be discussed in the context of the uses, design consideration, advantages, limitations and durability of geosynthetics as components of engineered barrier systems.
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F. Barone ; R. Rowe ; R. Quigley | 1992A laboratory diffusion-test estimation of the diffusion coefficient (D) and the adsorption coefficient (Kd) for several volatile organic species in a saturated, relatively undisturbed, clayey soil is presented. The species considered were aceton[...]
rapport
R. Rowe ; THE UNIVERSITY OF WESTERN ONTARIO, DEPARTMENT OF CIVIL ENGINEERING | S.E. | Geotechnical Reserch Centre Report, GEOT-8-95 | 1995leachate characteristics from five Ontario landfills are compared with typical values for both European and U.S. landfills. The time history of key constituents are examined and the half-life for first order decay is estimated based on the avail[...]
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B. Rittmann ; I. Fleming ; R. Rowe ; ASCE water'96 (1996) | 1996
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R. Quigley ; R. Rowe | 1986
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R. Rowe ; P. Nadarajah | 1994The design of landfills involves uncertainties regarding the hydrogeologic and landfill design parameters and the design life of the engineered components (e.g. a leachate collection system). Models, both simple and sophisticated, are used to ev[...]
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