The present paper presents an innovative approach to connect one-/two-dimensional models using a unified formulation with node-dependent kinematic capabilities. These models can use a different kinematics approximation at each node of the element. Carrera Unified Formulation has been used to derive the governing equations in a compact and general form. The possibility to connect one- ad two-dimensional elements, and eventually to refine the kinematic model locally, has lead to a general reduction of the computational costs guaranteeing the same numerical accurac
In this work, a new class of finite elements for the analysis of composite and sandwich shells embed...
In this paper, the dynamics of rotating structures has been studied using a refined one-dimensional...
This paper proposes one-dimensional formulations based on hierarchical expansions of the unknown dis...
This paper presents refined one-dimensional models with node-dependent kinematics. The three-dimensi...
This paper presents refined one-dimensional models with node-dependent kinematics. The three-dimensi...
The aerospace structure design is one of the most challenging field in the mechanical engineering. T...
This work presents a new class of advanced plate FEM models with node-dependent kinematics. To captu...
This paper proposes the use of an advanced one-dimensional (1D) variable kinematic model to analyze ...
In this paper, the dynamics of rotating structures has been studied using a refined one-dimensional ...
This paper presents a novel component-wise (CW) approach for the finite element, dynamic response an...
This paper investigates the enhanced capabilities of the Component-Wise approach (CW) in the case of...
This paper investigates the enhanced capabilities of the Component-Wise approach (CW) in the case o...
This paper presents a novel component-wise (CW) approach for the finite element, dynamic response an...
The electro-mechanical analysis of beams with piezo-patches requires accurate models to be used. The...
This article presents a family of one-dimensional finite element method models with node-dependent k...
In this work, a new class of finite elements for the analysis of composite and sandwich shells embed...
In this paper, the dynamics of rotating structures has been studied using a refined one-dimensional...
This paper proposes one-dimensional formulations based on hierarchical expansions of the unknown dis...
This paper presents refined one-dimensional models with node-dependent kinematics. The three-dimensi...
This paper presents refined one-dimensional models with node-dependent kinematics. The three-dimensi...
The aerospace structure design is one of the most challenging field in the mechanical engineering. T...
This work presents a new class of advanced plate FEM models with node-dependent kinematics. To captu...
This paper proposes the use of an advanced one-dimensional (1D) variable kinematic model to analyze ...
In this paper, the dynamics of rotating structures has been studied using a refined one-dimensional ...
This paper presents a novel component-wise (CW) approach for the finite element, dynamic response an...
This paper investigates the enhanced capabilities of the Component-Wise approach (CW) in the case of...
This paper investigates the enhanced capabilities of the Component-Wise approach (CW) in the case o...
This paper presents a novel component-wise (CW) approach for the finite element, dynamic response an...
The electro-mechanical analysis of beams with piezo-patches requires accurate models to be used. The...
This article presents a family of one-dimensional finite element method models with node-dependent k...
In this work, a new class of finite elements for the analysis of composite and sandwich shells embed...
In this paper, the dynamics of rotating structures has been studied using a refined one-dimensional...
This paper proposes one-dimensional formulations based on hierarchical expansions of the unknown dis...