This paper aims to improve knowledge on the suitability of the discrete element method
(DEM) to simulate the in-plane and out-of-plane behaviour of different in-configuration …

This paper aims to evaluate the ability of the Discrete Element Method (DEM) to accurately
predict the mechanical behavior of modern brickwork and concrete block masonry wall …

The present study evaluates the performances of a rammed earth (RE) structure under
seismic loading and its reinforcement by using finite element simulations. First, the …

Rammed earth is attracting renewed interest throughout the world thanks to its “green”
characteristics in the context of sustainable development. Several research studies have …

Rammed earth (RE) is a sustainable material which is made by compacting the soil in a
formwork. The earthquake performance of RE structures is an important topic, however the …

This paper presents an experimental investigation conducted on full-scale masonry walls
subjected to out-of-plane loading. This study contributes in detail both the global behaviour …

In order to investigate the seismic damage and collapse mechanism of ancient masonry
pagodas, a numerical model of the Tang Dynasty masonry pagoda (Xuanzang Pagoda) …

Rammed earth (RE) is a construction material which is manufactured by compacting the soil
within a formwork, in superimposed layers. RE is attracting scientific studies because of its …

This paper presents a new numerical tool for evaluating the vibration frequencies and mode
shapes of masonry buildings in the presence of cracks. The algorithm has been …

Rammed earth (RE) is attracting renewed interest throughout the world because of its low
embodied energy and its interesting hygric-thermal behavior. Several studies have recently …