Prediction of stress-strain state of municipal solid waste with application of soft soil creep model

Palavras-Chave : modelação da consolidação acelerada por drenos verticais, fluência, modelo Soft Soil, modelo Soft Soil

Diante do exposto, este estudo tem por objetivo compreender a significação social, política e histórica dessa porta-voz do patronato rural e do agronegócio no

Considerada como sistema ambiental, a bacia hidrográfica apresenta-se como a melhor unidade de estudo e atuação porque seus limites são facilmente visualizáveis

Understanding how such processes can be developed can help regions to be more efficient in their actions and it can help local authorities to stimulate different actors (i.e.

The application of improved Arrhenius type model with a series of variable coefficients as functions of true strain (including activation energy of deformation Q ,

The aim of this study was to evaluate the physical and mechanical properties of solid bricks made with soil-cement mixtures uniaxially pressed with the addition of construction waste,

h e simplii ed model is divided in stress and strain parts. First, the stress is estimated by application of a well-known mechanics of solids equation and the proposal of

As shown in Fig 4, all soil-cement bricks added with solid waste presented values of water absorption below 20%, indicating their conformity for industrial production of