Recent developments on refined theories for beams with applications
This paper is a review of the most influential approaches to developing beam models that
have been proposed over the last few decades. Essentially, primary attention has been paid …
have been proposed over the last few decades. Essentially, primary attention has been paid …
Performance of CUF approach to analyze the structural behavior of slender bodies
This paper deals with the accurate evaluation of complete three-dimensional (3D) stress
fields in beam structures with compact and bridge-like sections. A refined beam finite …
fields in beam structures with compact and bridge-like sections. A refined beam finite …
[HTML][HTML] Exact component-wise solutions for 3D free vibration and stress analysis of hybrid steel–concrete composite beams
This paper presents the analysis of free vibration and stress state of steel–concrete
composite beams, using high-order theories and closed-form solutions based on Carrera …
composite beams, using high-order theories and closed-form solutions based on Carrera …
Some closed-form solutions of functionally graded beams undergoing nonuniform torsion
Torsion of linearly elastic isotropic beams, with both cross-sectional and axial
inhomogeneities, is analyzed. Twist (rate of torsional rotation along the beam axis) and …
inhomogeneities, is analyzed. Twist (rate of torsional rotation along the beam axis) and …
Higher order composite beam theory built on Saint-Venant's solution. Part-I: Theoretical developments
R El Fatmi, N Ghazouani - Composite Structures, 2011 - Elsevier
This two-part-paper proposes a higher order composite beam theory that can be viewed as
an extension of Saint-Venant's theory. Saint-Venant's solution, is known to represent the …
an extension of Saint-Venant's theory. Saint-Venant's solution, is known to represent the …
Comparison of various 1D, 2D and 3D FE models for the analysis of thin-walled box with transverse ribs subjected to load factors
This paper evaluates various Finite Element (FE) models for the static and dynamic analyses
of single-and multi-bay metallic box structures. Load factors are considered in the static …
of single-and multi-bay metallic box structures. Load factors are considered in the static …
Thin-walled beams subjected to load factors and non-structural masses
The static response of beam structures to inertial loads is investigated in this work. Refined
beam models are adopted for the analyses due to the ineffectiveness of classical theories in …
beam models are adopted for the analyses due to the ineffectiveness of classical theories in …
[PDF][PDF] Component-wise models for static, dynamic and aeroelastic analyses of metallic and composite aerospace structures
A Pagani - 2015 - tesidottorato.depositolegale.it
In the framework of structural mechanics, the classical beam theories that are commonly
adopted in many applications may be affected by inconsistencies, because they are not able …
adopted in many applications may be affected by inconsistencies, because they are not able …
Influence of Non‐Structural Localized Inertia on Free Vibration Response of Thin‐Walled Structures by Variable Kinematic Beam Formulations
Variable kinematic beam theories are used in this paper to carry out vibration analysis of
isotropic thin‐walled structures subjected to non‐structural localized inertia. Arbitrarily …
isotropic thin‐walled structures subjected to non‐structural localized inertia. Arbitrarily …
[PDF][PDF] Advanced aeroelastic models for the analysis of lifting surfaces made of composite materials
M Petrolo - Erasmo Carrera, 2011 - mul2.polito.it
Aeroelastic phenomena can occur to many engineering structures: aircraft wings, rotor
blades, wind turbines and slender bridges, for instance, are typical structures where severe …
blades, wind turbines and slender bridges, for instance, are typical structures where severe …