The assessment of the shear modulus (G) of municipal solid waste (MSW) and leachate-
contaminated soil (LCS) is of vital importance for landfill engineering investigation and …

The dynamic analysis of municipal solid waste (MSW) is essential for optimizing landfills and
advancing sustainable development goals. Assessing damping ratio (D), a critical dynamic …

For the design of Municipal Solid Waste (MSW) landfills, especially in the initial stages of the
project, shear strength parameters are often selected from published results or literature …

With continuous advancements in the zero-waste strategy in China, transportation of fresh
municipal solid waste to landfills has ceased in most first-tier cities. Consequently, the …

Rainfall and high leachate levels are the most prominent causes of MSW dumpsite
instability. The multiphase mass flow originating from the failure of dumpsites often results in …

The present study reveals the thermal impacts on the compressibility and permeability of
municipal solid waste samples with different plastic contents. The specimens were gathered …

Understanding the geotechnical behavior of a municipal solid waste landfill (MSW) requires
the filtering of several studies. Regarding the mechanical behavior, there are several …

As rupturas em aterros sanitários são atribuídas a razões como composição heterogênea,
avaliação inadequada dos parâmetros de resistência ao cisalhamento e aos efeitos da …

Para projetos de aterros sanitários, é frequente a prática da adoção de parâmetros de
resistência ao cisalhamento de RSU com base nos valores disponíveis na literatura, devido …

The properties of municipal solid waste (MSW) in landfills vary considerably, depending on
the waste's composition, time, and density. This variability in MSW properties leads to many …