This Paper discusses the mechanisms involved in the compression of domestic waste, and how the resulting compression behaviour may be modelled. Reference is made to experimental data illustrating the effect of gas content and pore water pressure on bulk density and drainable porosity, and a theoretical model able to reproduce some but not all features of the data is presented
A mathematical model for calculating gas pressure profiles in layered landfill systems is presented....
A two-phase liquid/gas flow numerical model has been used to investigate the presence of elevated po...
The present research work deals with the study of hydro-mechanical characteristics of biodegradable ...
The waste in a landfill may become saturated due to many reasons, including leachate recirculation o...
[[abstract]]Understanding the compression behavior of waste materials is important to the operation ...
A series of tests has been carried out on crude unprocessed household waste in a large purpose-built...
The compressibility of municipal solid waste (MSW) is of engineering interest as it affects the shor...
An investigation of the variability associated with primary and secondary compression indices of mun...
The moisture retention and compression characteristics of municipal solid waste under self-weight ar...
This paper develops a quantitative model which attempts to relate volumetric changes in landfill gas...
A conceptual framework for the analysis of settlement and other processes in landfilled waste in rel...
Due to the character of the original source materials and the nature of batch digitization, quality ...
The hydrogeological behaviour of simulated (model) landfill waste was studied in the laboratory, to ...
International audienceOriginal laboratory setups are used to study the moisture retention properties...
Landfill gas is a term used to describe the mixture of gases created by the decomposition of waste w...
A mathematical model for calculating gas pressure profiles in layered landfill systems is presented....
A two-phase liquid/gas flow numerical model has been used to investigate the presence of elevated po...
The present research work deals with the study of hydro-mechanical characteristics of biodegradable ...
The waste in a landfill may become saturated due to many reasons, including leachate recirculation o...
[[abstract]]Understanding the compression behavior of waste materials is important to the operation ...
A series of tests has been carried out on crude unprocessed household waste in a large purpose-built...
The compressibility of municipal solid waste (MSW) is of engineering interest as it affects the shor...
An investigation of the variability associated with primary and secondary compression indices of mun...
The moisture retention and compression characteristics of municipal solid waste under self-weight ar...
This paper develops a quantitative model which attempts to relate volumetric changes in landfill gas...
A conceptual framework for the analysis of settlement and other processes in landfilled waste in rel...
Due to the character of the original source materials and the nature of batch digitization, quality ...
The hydrogeological behaviour of simulated (model) landfill waste was studied in the laboratory, to ...
International audienceOriginal laboratory setups are used to study the moisture retention properties...
Landfill gas is a term used to describe the mixture of gases created by the decomposition of waste w...
A mathematical model for calculating gas pressure profiles in layered landfill systems is presented....
A two-phase liquid/gas flow numerical model has been used to investigate the presence of elevated po...
The present research work deals with the study of hydro-mechanical characteristics of biodegradable ...