One good analysis method in seismic response analysis is direct time integration, which widely adopts Rayleigh damping. An approach is presented for selection of Rayleigh damping coefficients to be used in seismic analyses to produce a response that is consistent with Modal damping response. In the presented approach, the expression of the error of peak response, acquired through complete quadratic combination method, and Rayleigh damping coefficients was set up and then the coefficients were produced by minimizing the error. Two finite element modes of soil layers, excited by 28 seismic waves, were used to demonstrate the feasibility and validity
This paper presents a technique for the determination of the material damping ratio of shallow s...
This paper presents a novel technique for the determination of the material damping ratio in shallow...
An in-depth study is presented on some numerical formulations used to reproduce damping of motion in...
Nonlinearities, whether geometric or material, need to be addressed in seismic analysis. One good an...
A constrained optimization method is proposed to determine Rayleigh damping coefficients for the acc...
An optimization method for the consistent evaluation of two Rayleigh damping coefficients is propose...
The first step for learning any calculation code for seismic response analysis is an adequate unders...
ABSTRACT: In those engineering projects where external vibrations coming from different sources in t...
For systems with large degrees of freedom, it is difficult to guess meaningful values of Rayleigh da...
The computation of the Rayleigh damping coefficients α and β is an important consideration in the ar...
Calculation of seismic earth pressures is very crucial in designing structures like retaining walls,...
The current work focuses on a new method for generating theoretical dispersion curves for Rayleigh w...
Rayleigh wave or ground roll is a noise in seismic body waves. However, how to use this noise for so...
Laminated rubber bearing is a significant device found in structures such as bridges and buildings. ...
In investigating seismic response of the structures through time history analyses in linear and nonl...
This paper presents a technique for the determination of the material damping ratio of shallow s...
This paper presents a novel technique for the determination of the material damping ratio in shallow...
An in-depth study is presented on some numerical formulations used to reproduce damping of motion in...
Nonlinearities, whether geometric or material, need to be addressed in seismic analysis. One good an...
A constrained optimization method is proposed to determine Rayleigh damping coefficients for the acc...
An optimization method for the consistent evaluation of two Rayleigh damping coefficients is propose...
The first step for learning any calculation code for seismic response analysis is an adequate unders...
ABSTRACT: In those engineering projects where external vibrations coming from different sources in t...
For systems with large degrees of freedom, it is difficult to guess meaningful values of Rayleigh da...
The computation of the Rayleigh damping coefficients α and β is an important consideration in the ar...
Calculation of seismic earth pressures is very crucial in designing structures like retaining walls,...
The current work focuses on a new method for generating theoretical dispersion curves for Rayleigh w...
Rayleigh wave or ground roll is a noise in seismic body waves. However, how to use this noise for so...
Laminated rubber bearing is a significant device found in structures such as bridges and buildings. ...
In investigating seismic response of the structures through time history analyses in linear and nonl...
This paper presents a technique for the determination of the material damping ratio of shallow s...
This paper presents a novel technique for the determination of the material damping ratio in shallow...
An in-depth study is presented on some numerical formulations used to reproduce damping of motion in...