Summary. A methodology to model masonry on a mesoscopic scale using the partition of unity concept of finite element shape function is presented. Cracked joints are modelled as displacement discontinuities and these discontinuities are only activated when the stress state in the joint has reached a critical level. The joint behaviour is governed by a plasticity-based cohesive law.
A smooth yield surface for the modelling of masonry on mesoscopic scale is presented, using interpol...
A meso-scale model is used to model a masonry structure where bricks are modelled using finite volum...
A finite element procedure developed for the study of fracture in concrete is extended for the simul...
This paper uses the Generalized Finite Element method for the introduction of the cohesive joint beh...
A mesoscopic masonry model is presented using the partition of unity finite element method. Joints a...
A mesoscopic masonry model is presented using the partition of unity finite element method. Joints a...
Abstract. A mesoscopic masonry model is presented using the partition of unity finite element method...
A mesoscopic masonry model is presented in which joints are modelled by weak and strong discontinuit...
Abstract. Two mesoscopic masonry models are presented in which the mortar joints are incorporated us...
A detailed modelling approach to represent masonry at the meso-scale is proposed, based on the discr...
In this contribution, a rate-dependent mesoscopic masonry model is presented in which the mortar joi...
Over the last 50 years, a significant amount of effort has been taken to develop numerical approache...
This paper presents a numerical procedure for fracture of brickwork masonry based on the strong disc...
In this contribution, a rate-dependent mesoscopic masonry model is presented in which the mortar joi...
A detailed modelling approach to represent masonry at the meso-scale is proposed, based on the discr...
A smooth yield surface for the modelling of masonry on mesoscopic scale is presented, using interpol...
A meso-scale model is used to model a masonry structure where bricks are modelled using finite volum...
A finite element procedure developed for the study of fracture in concrete is extended for the simul...
This paper uses the Generalized Finite Element method for the introduction of the cohesive joint beh...
A mesoscopic masonry model is presented using the partition of unity finite element method. Joints a...
A mesoscopic masonry model is presented using the partition of unity finite element method. Joints a...
Abstract. A mesoscopic masonry model is presented using the partition of unity finite element method...
A mesoscopic masonry model is presented in which joints are modelled by weak and strong discontinuit...
Abstract. Two mesoscopic masonry models are presented in which the mortar joints are incorporated us...
A detailed modelling approach to represent masonry at the meso-scale is proposed, based on the discr...
In this contribution, a rate-dependent mesoscopic masonry model is presented in which the mortar joi...
Over the last 50 years, a significant amount of effort has been taken to develop numerical approache...
This paper presents a numerical procedure for fracture of brickwork masonry based on the strong disc...
In this contribution, a rate-dependent mesoscopic masonry model is presented in which the mortar joi...
A detailed modelling approach to represent masonry at the meso-scale is proposed, based on the discr...
A smooth yield surface for the modelling of masonry on mesoscopic scale is presented, using interpol...
A meso-scale model is used to model a masonry structure where bricks are modelled using finite volum...
A finite element procedure developed for the study of fracture in concrete is extended for the simul...
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