A new analytical model has been suggested for the hysteretic behaviour of beams. The model can be directly used in a response analysis without bothering to locate the precise point where the unloading commences. The model can efficiently simulate several types of realistic softening hysteretic loops. This is demonstrated by computing the response of cantilever beams under sinusoidal and random loadings. Results are presented in the form of graphs for maximum deflection, bending moment and shea
The inelastic response of a beam to several time-varying moments is presented. The constitutive equa...
Structural members yielding in shear are used in earthquake resistant systems, such as eccentrically...
The deformation response of symmetrically supported, axially restrained beams subjected to uniformly...
A new analytical model has been suggested for the hysteretic behaviour of beams. The model can be di...
In this work, an inelastic beam macro-element that incorporates hysteretic damping is presented. Bas...
A nonlinear hysteretic beam model based on a geometrically exact planar beam theory combined with a ...
For damaging response, the force-displacement relationship of a structure is highly nonlinear and hi...
The elastorplastic analysis of beams under dynamib loadings has been done by many investig-ators. Ho...
In this investigation, the problem of the response of beams subjected to a moving mass has been stud...
In this work a beam element based on the finite element method, suitable for the inelastic dynamic a...
A nonlinear structural model for the planar seismic response of steel structures is based on a clas...
A non-Gaussian closure approach is applied to random response of a hysteretic structure subjected to...
The experimental dynamical response of three types of nonlinear hysteretic systems is identified emp...
A continuum hysteretic beam model based on the extension of the classic Bouc-Wen constitutive law is...
A hysteretic model is proposed for shear response of reinforced concrete members subjected to shear ...
The inelastic response of a beam to several time-varying moments is presented. The constitutive equa...
Structural members yielding in shear are used in earthquake resistant systems, such as eccentrically...
The deformation response of symmetrically supported, axially restrained beams subjected to uniformly...
A new analytical model has been suggested for the hysteretic behaviour of beams. The model can be di...
In this work, an inelastic beam macro-element that incorporates hysteretic damping is presented. Bas...
A nonlinear hysteretic beam model based on a geometrically exact planar beam theory combined with a ...
For damaging response, the force-displacement relationship of a structure is highly nonlinear and hi...
The elastorplastic analysis of beams under dynamib loadings has been done by many investig-ators. Ho...
In this investigation, the problem of the response of beams subjected to a moving mass has been stud...
In this work a beam element based on the finite element method, suitable for the inelastic dynamic a...
A nonlinear structural model for the planar seismic response of steel structures is based on a clas...
A non-Gaussian closure approach is applied to random response of a hysteretic structure subjected to...
The experimental dynamical response of three types of nonlinear hysteretic systems is identified emp...
A continuum hysteretic beam model based on the extension of the classic Bouc-Wen constitutive law is...
A hysteretic model is proposed for shear response of reinforced concrete members subjected to shear ...
The inelastic response of a beam to several time-varying moments is presented. The constitutive equa...
Structural members yielding in shear are used in earthquake resistant systems, such as eccentrically...
The deformation response of symmetrically supported, axially restrained beams subjected to uniformly...