Add to ORKGA two-scale model of reinforced concrete is presented. The subscale problem is derived, and the effective large-scale properties are obtained by computational homogenization. A reinforced deep beam in four-point bending has been analysed using two-scale formulation and numerical results are presented
The paper presents an analysis of the dynamic load capacity of a dynamically loaded rectangular rein...
This paper contains an assessment of the added value of multiscale material models for concrete in t...
A new approach is developed to the nonlinear analysis of reinforced concrete beams without stirrups ...
Since concrete cracks at relatively low tensile stresses, the durability of reinforced concrete stru...
Summary. A two-scale model of reinforced concrete is presented. The subscale problem is derived, and...
A two-scale model of reinforced concrete is presented. The subscale problem is derived, and the effe...
A two-scale model is derived from a fully resolved model where the response of concrete, steel reinf...
Concrete cracks at relatively low tensile stresses; cracks open up for ingress of harmful substances...
A single-scale model for reinforced concrete, comprising the plain concrete continuum, reinforcement...
Two-scale and single-scale models are used to analyse the response of reinforced concrete deep beams...
Two-scale models for reinforced concrete, where the large-scale problems are defined in terms of Eul...
A two-scale model for reinforced concrete, in which the large-scale problem formulation is enriched ...
A two-scale model for reinforced concrete, in which the macroscopic problem formulation is enriched ...
Concrete is the main constituent material in many structures. The behavior of concrete is nonlinear ...
The paper presents an analysis of the deformation of a dynamically loaded rectangular reinforced-con...
The paper presents an analysis of the dynamic load capacity of a dynamically loaded rectangular rein...
This paper contains an assessment of the added value of multiscale material models for concrete in t...
A new approach is developed to the nonlinear analysis of reinforced concrete beams without stirrups ...
Since concrete cracks at relatively low tensile stresses, the durability of reinforced concrete stru...
Summary. A two-scale model of reinforced concrete is presented. The subscale problem is derived, and...
A two-scale model of reinforced concrete is presented. The subscale problem is derived, and the effe...
A two-scale model is derived from a fully resolved model where the response of concrete, steel reinf...
Concrete cracks at relatively low tensile stresses; cracks open up for ingress of harmful substances...
A single-scale model for reinforced concrete, comprising the plain concrete continuum, reinforcement...
Two-scale and single-scale models are used to analyse the response of reinforced concrete deep beams...
Two-scale models for reinforced concrete, where the large-scale problems are defined in terms of Eul...
A two-scale model for reinforced concrete, in which the large-scale problem formulation is enriched ...
A two-scale model for reinforced concrete, in which the macroscopic problem formulation is enriched ...
Concrete is the main constituent material in many structures. The behavior of concrete is nonlinear ...
The paper presents an analysis of the deformation of a dynamically loaded rectangular reinforced-con...
The paper presents an analysis of the dynamic load capacity of a dynamically loaded rectangular rein...
This paper contains an assessment of the added value of multiscale material models for concrete in t...
A new approach is developed to the nonlinear analysis of reinforced concrete beams without stirrups ...