A new method is proposed for standard baseline correction of strong-motion accelerograms. It is based on high-pass filtering of the uncorrected digitized accelerogram data. Unlike the parabolic baseline correction, the new method has well-defined frequency transfer function properties which are largely independent of the record length
Abstract:Baseline offset in digital strong-motion acceleration record and initial velocity can produ...
The need for a greatly expanded network of strong-motion accelerographs throughout the seismic regio...
The need for a greatly expanded network of strong-motion accelerographs throughout the seismic regio...
A new method is proposed for standard baseline correction of strong-motion accelerograms. It is base...
A new method is proposed for standard baseline correction of strong-motion accelerograms. It is base...
A study of the random digitizing errors introduced by the operator indicates that these errors are r...
A study of the random digitizing errors introduced by the operator indicates that these errors are r...
In this paper the accuracy of routine methods for processing strong-motion earthquake accelerograms ...
Statistical analysis of strong-motion records of the 1966 Parkfield earthquake and the 1952 Taft ear...
New baseline correction method of strong-motion records using pulses was developed by Minowa. This m...
Abstract Displacements derived from many of the accelerogram recordings of the 1999 Chi-Chi, Taiwan,...
Since the first strong-motion accelerographs for the measurement of the ground motion associated wit...
Abstract Compared with seismic waves, near-field static deformation can provide more robust constrai...
The Near-Field pulse-like velocity and displacement time histories associated with a strong earthqua...
Since the first strong-motion accelerographs for the measurement of the ground motion associated wit...
Abstract:Baseline offset in digital strong-motion acceleration record and initial velocity can produ...
The need for a greatly expanded network of strong-motion accelerographs throughout the seismic regio...
The need for a greatly expanded network of strong-motion accelerographs throughout the seismic regio...
A new method is proposed for standard baseline correction of strong-motion accelerograms. It is base...
A new method is proposed for standard baseline correction of strong-motion accelerograms. It is base...
A study of the random digitizing errors introduced by the operator indicates that these errors are r...
A study of the random digitizing errors introduced by the operator indicates that these errors are r...
In this paper the accuracy of routine methods for processing strong-motion earthquake accelerograms ...
Statistical analysis of strong-motion records of the 1966 Parkfield earthquake and the 1952 Taft ear...
New baseline correction method of strong-motion records using pulses was developed by Minowa. This m...
Abstract Displacements derived from many of the accelerogram recordings of the 1999 Chi-Chi, Taiwan,...
Since the first strong-motion accelerographs for the measurement of the ground motion associated wit...
Abstract Compared with seismic waves, near-field static deformation can provide more robust constrai...
The Near-Field pulse-like velocity and displacement time histories associated with a strong earthqua...
Since the first strong-motion accelerographs for the measurement of the ground motion associated wit...
Abstract:Baseline offset in digital strong-motion acceleration record and initial velocity can produ...
The need for a greatly expanded network of strong-motion accelerographs throughout the seismic regio...
The need for a greatly expanded network of strong-motion accelerographs throughout the seismic regio...