The 2009 Zeng Guo-Xi Lecture
SYSTEMS ENGINEERING THE DESIGN AND OPERATION OF MUNICIPAL SOLID WASTE LANDFILLS TO MINIMIZE CONTAMINATION OF GROUNDWATER
STATIC AND SEISMIC ANALYSIS OF SOLID WASTE LANDFILLS
Invited Lectures
MODELING APPLIED TO ENVIRONMENTAL GEOTECHNICS
MODELING DOMINANT TRANSPORT PROCESSES IN ONE-DIMENSIONAL CONTAMINANT TRANSPORT
THE VECTOR SUM METHOD: A NEW APPROACH TO CALCULATING THE SAFETY FACTOR OF
STABILITY AGAINST SLIDING FOR SLOPE ENGINEERING AND DAM FOUNDATION PROBLEMS
ACID MINE DRAINAGE FROM ABANDONED MINE SITES: PROBLEMATIC AND RECLAMATION APPROACHES
EFFECT OF MgO ADDITIVE ON PREVENTING LEAKAGE OF Cr(VI) FROM A FLY ASH
ENVIRONMENTAl GEOTECHNICS REI,ATED TO I~ANDFILI.S OF MUNICIPAL SOLID WASTES
TDR MEASUREMENT SYSTEM AND THE APPLICATION OF TDR IN GEOENVIRONMENTAL ENGINEERING
THE STATUS OF ENGINEERING TECHNICAL STANDARDS OF WASTE SANITARY LANDFILL TREATMENT IN CHINA
CHALLENGES ASSOCIATED WITH THE DESIGN OF COVERS
GEOTECHNICAL ASPECTS OF LANDFILL CLOSURE AND AFTERCARE
DEWATERING SLUDGE USING ELECTROKINETIC GEOSYNTHETICS
FULL-SCALE PRACTICE OF ECOLOGICALLY BASED LANDFILL OF MUNICIPAL SOLID WASTE: TO
ACCECELERATE THE BIOLOGICAL CONVERSION INSIDE LANDFILL AND COVER LAYERS
GASOLINE CONTAMINATED SITES: POLLUTANT TRANSPORT AND REMEDIATION
CONTAMINATED LAND AND ENVIRONMENTAL DAMAGE: AN ANALYSIS OF CURRENT REMEDIAL
STRATEGIES AND FUTRE DEVELOPMENTS
IN-SITU CONTAINMENT FOR WASTE LANDFILL AND CONTAMINATED SITES
APPLICATION OF ELECTRICAL RESISTIVITY FOR CEMENT SOLIDIFIED/STABILIZED HEAVY METAL
CONTAMINATED SOILS
RECENT RESEARCH ON THE HYDROGEOLOGICAL AND SETTLEMENT CHARACTERISTICS OF LANDFILLED MUNICIPAL SOLID WASTE
GEOSYNTHETIC FUNDAMENTALS IN LANDFILL DESIGN
APPLICATION OF SHEAR STRENGTH OF SOLID WASTE AND MULTILAYER LINER IN LANDFILLS
AN APPLICATION OF CENTRIFUGE MODEL IN ENVIRONMENTAL GEOTECHNICS ASSESSMENT OF
SOFT GEOLOGICAL BARRIER SUBJECTED TO PILE CONSTRUCTIONS IN WASTE DISPOSAL SITE
REMOVAL OF HEAVY METAL FROM AQUEOUS SOLUTIONS USING CHINESE LOESS SOIL
COUPLED THERMO-HYDRO-CHEMO-MECHANICAL MODELING FOR GEOENVIRONMENTAL PHENOMENA
REMEDIATION TECttNOLOGIES FOR CONTAMINATED SITES
ADVANCES ON BUFFER/BACKFILL PROPERTIES OF HEAVILY COMPACTED GAOMIAOZI BENTONITE
A PRELIMINARY UNDERSTANDING ON PERFORMANCE OF BARRIERS FOR MSW LANDFILLS IN SOUTHERN CHINA
ROLE OF SOIL WATER IN CEMENT-BASED TREATMENT OF DREDGED MATERIALS
Basic and Advanced Theories for Modeling of Geoenvironmental Phenomena
NUMERICAL SIMULATION OF ELECTRO-OSOMOSIS IN SOFT CLAY
RESEARCH ON COEFFICENT OF BRITTLE STRESS DROP OF BRITTLE-PLASTIC ROCKS AND ITS APPLICTION
DYNAMIC STABILITY ANALYSIS OF LANDFILL SLOPE IN DUSHANBE, TAJIKISTAN
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Testing and Monitoring for Geoenvironmental Engineering
Municipal Solid Wastes and Landfill Engineering
Sludge and Dredging Solis
Geotechnical Reuse of Industrial Wastes
Gontaminated Land and Remediation Technology
Applications of Geosynthetics in Geoenvironmental Engineering
Geoenvironmental Risk Assessment Management and Sustainability
Ecological Techniques and Case Histories
Advances in Environmental Geotechnics presents the latest developmentsin this interdisciplinary field, qhe topics covered include basic and ad-vanced theories for modeling of geoenvironmental phenomena, testingand monitoring for geoenvironmental engineering, municipal solid wastesand landfill engineering, sludge and dredged soils, geotechnical reuse ofindustrial wastes, contaminated land and remediation technology, appli-cations of geosynthetics in geoenvir0nmental engineering, geoenviron-mental risk assessment, management and sustainability, ecological tech-niques and case histories. This proceedings includes papers authored bycore members of ISSMGE TC5 （International Society of Soil Mechanics and Geotechnical Engineering--Environmental Geotechnics） and geo-environmental researchers from more than 20 countries and regions. It isa valuable reference for geoenvironmental and geotechnical engineers aswell as civil engineers.
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