Abstract. Two mesoscopic masonry models are presented in which the mortar joints are incorporated using the Generalised Finite Element Method (GFEM): a model in which the joints are represented as strong discontinuities and a model in which weak discontinuities are used to model the joints. The bricks remain linear elastic throughout the calculation. The presented models are compared using equivalent damage models through shear wall and settlement tests. The simulations are validated with experimental results available in literature
Two simple and reliable homogenized models are presented for the characterization of the masonry beh...
Two simple and reliable homogenized models are presented for the characterization of the masonry beh...
Two simple and reliable homogenized models are presented for the characterization of the masonry beh...
A mesoscopic masonry model is presented in which joints are modelled by weak and strong discontinuit...
Summary. A methodology to model masonry on a mesoscopic scale using the partition of unity concept o...
In this contribution, a rate-dependent mesoscopic masonry model is presented in which the mortar joi...
In this contribution, a rate-dependent mesoscopic masonry model is presented in which the mortar joi...
The response of unreinforced masonry is very complex because of its inherent heterogeneity and nonli...
The response of unreinforced masonry is very complex because of its inherent heterogeneity and nonli...
Two simple and reliable homogenized models are presented for the characterization of the masonry beh...
The wide amount of historic masonry constructions in Italy and other European countries makes of par...
The wide amount of historic masonry constructions in Italy and other European countries makes of par...
The wide amount of historic masonry constructions in Italy and other European countries makes of par...
Two simple and reliable homogenized models are presented for the characterization of the masonry beh...
Two simple and reliable homogenized models are presented for the characterization of the masonry beh...
Two simple and reliable homogenized models are presented for the characterization of the masonry beh...
Two simple and reliable homogenized models are presented for the characterization of the masonry beh...
Two simple and reliable homogenized models are presented for the characterization of the masonry beh...
A mesoscopic masonry model is presented in which joints are modelled by weak and strong discontinuit...
Summary. A methodology to model masonry on a mesoscopic scale using the partition of unity concept o...
In this contribution, a rate-dependent mesoscopic masonry model is presented in which the mortar joi...
In this contribution, a rate-dependent mesoscopic masonry model is presented in which the mortar joi...
The response of unreinforced masonry is very complex because of its inherent heterogeneity and nonli...
The response of unreinforced masonry is very complex because of its inherent heterogeneity and nonli...
Two simple and reliable homogenized models are presented for the characterization of the masonry beh...
The wide amount of historic masonry constructions in Italy and other European countries makes of par...
The wide amount of historic masonry constructions in Italy and other European countries makes of par...
The wide amount of historic masonry constructions in Italy and other European countries makes of par...
Two simple and reliable homogenized models are presented for the characterization of the masonry beh...
Two simple and reliable homogenized models are presented for the characterization of the masonry beh...
Two simple and reliable homogenized models are presented for the characterization of the masonry beh...
Two simple and reliable homogenized models are presented for the characterization of the masonry beh...
Two simple and reliable homogenized models are presented for the characterization of the masonry beh...