Add to ORKGThe Pseudo-Dynamic Test Method (PDTM) is being developped currently as an alternative to the shaking table testing of large size models. However, the stepped slow execution of the former type of test has been found to be the source of important errors arising from the stress relaxation. A new continuous test method, wich allows the selection of a suitable time-scale factor in the response in order to control these errors, es proposed here. Such scaled-time response is theoretically obtained by simply augmenting the mass of the structure for wich some practical solutions are proposed
It has long been desirable to conduct Stress Relaxation measurements over shorter test times. The pr...
A scaled physical model of a nonlinear elastic moment resisting frame is designed and tested both st...
In the last years, the scientific community research effort is moving towards the investigation of t...
The stepped and excessively slow execution of pseudo-dynamic tests has been found to be the source o...
As the general public becomes increasingly aware of the seismic risk to structures, Americans expect...
Dynamic testing is very useful in the design and development of products and systems. Although desig...
The problem of assessing errors in implementing time-marching algorithms in the context of pseudo-dy...
The real-time sub-structure pseudo-dynamic test (real-time sub-structure PSD test) is a new testing ...
Current dynamic testing methods can prove unrealistic due to the scale at which test components are ...
This paper introduces and reviews the theme of laboratory testing of structures under dynamic loads....
A general approach to the definition and assessment of response errors in dynamic and pseudo-dynamic...
The real-time pseudo-dynamic sub-structure test allows for most realistic dynamic testing of specime...
In many testing applications within the field of structural dynamics, such as noise and vibration ha...
Following the discussion of the available experimental techniques for the dynamic testing of structu...
Current dynamic testing methods can prove unrealistic due to the scale at which test components are ...
It has long been desirable to conduct Stress Relaxation measurements over shorter test times. The pr...
A scaled physical model of a nonlinear elastic moment resisting frame is designed and tested both st...
In the last years, the scientific community research effort is moving towards the investigation of t...
The stepped and excessively slow execution of pseudo-dynamic tests has been found to be the source o...
As the general public becomes increasingly aware of the seismic risk to structures, Americans expect...
Dynamic testing is very useful in the design and development of products and systems. Although desig...
The problem of assessing errors in implementing time-marching algorithms in the context of pseudo-dy...
The real-time sub-structure pseudo-dynamic test (real-time sub-structure PSD test) is a new testing ...
Current dynamic testing methods can prove unrealistic due to the scale at which test components are ...
This paper introduces and reviews the theme of laboratory testing of structures under dynamic loads....
A general approach to the definition and assessment of response errors in dynamic and pseudo-dynamic...
The real-time pseudo-dynamic sub-structure test allows for most realistic dynamic testing of specime...
In many testing applications within the field of structural dynamics, such as noise and vibration ha...
Following the discussion of the available experimental techniques for the dynamic testing of structu...
Current dynamic testing methods can prove unrealistic due to the scale at which test components are ...
It has long been desirable to conduct Stress Relaxation measurements over shorter test times. The pr...
A scaled physical model of a nonlinear elastic moment resisting frame is designed and tested both st...
In the last years, the scientific community research effort is moving towards the investigation of t...