In this paper both the static and dynamic analyses of the geometrically linear or nonlinear,
elastic or elastoplastic nonuniform torsion problems of bars of constant or variable arbitrary …

This two-part contribution presents a beam theory with a non-uniform warping including the
effects of torsion and shear forces, and valid for any homogeneous cross-section made of …

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 …

The objective of this study is to investigate the combined influence of two important topics on
the precision of static and dynamic analyses of non-circular composite helical bars, namely …

In this two-paper contribution, a general formulation for the nonuniform warping analysis of
composite beams of arbitrary simply or multiply connected cross sections, under arbitrary …

In this work, we present a finite element formulation for the Saint-Venant torsion and bending
problems for prismatic beams. The torsion problem formulation is based on the warping …

In this paper a boundary element method is developed for the construction of the 14× 14
stiffness matrix and the nodal load vector of a member of arbitrary homogeneous or …

We propose a new finite-volume based approach to the solution of Saint Venant's torsion
problems of homogeneous and composite prismatic bars subjected to pure torsion. The …

This paper investigates the torsion analysis of coated bars with a rectangular cross-section.
Two opposite faces of a bar are coated by two isotropic layers with different materials of the …

A resource‐efficient use of concrete as a construction material can be achieved by adapting
the individual shape of a component under consideration to the stresses that occur and by …