An artificial bedrock as wave impeding barrier can be used in practical civil engineering applications as isolation measures to protect structures from strong vibrations transmitted through soft ground nearby high-speed railway track. This study focuses on mitigation of the effects of high speed trains inducued vibrations on the strucutres which are located near the track lines by installing wave impeding barriers. Extensive parametric studies on the screening performance of wave impeding barrier have been done for both active and passive isolation cases
In this paper, the goal is to primarily deal with the modeling of the railway traffic induced vibrat...
The establishment of wave impeding barriers (WIBs) beneath the railway track or below the protected ...
Railway-induced ground vibration is often associated with sites with soft ground. Stiffening of the ...
An artificial bedrock as wave impeding barrier can be used in practical civil engineering applicatio...
An artificial bedrock as wave impeding barrier can be used in practical civil engineering applicatio...
Both trench type barriers and artificial bedrock as wave impeding block (WIB) can be used in practic...
This paper studies the efficiency of subgrade stiffening next to the track as a mitigation measure f...
© 2015 Elsevier Ltd. This paper discusses the design, the installation, and the experimental and num...
A trench can act as a barrier to ground vibration and is a potential mitigation measure for low freq...
Railway-induced vibrations mitigation has become a priority issue in recent years. Among all the ex...
The effectiveness of heavy masses next to the track to reduce railway induced vibration is discussed...
© 2015 Elsevier Ltd. The effectiveness of heavy masses next to the track as a measure for the reduct...
Nowadays, the consolidation of the rail in highly populated areas has become a reality. Foundations...
Nowadays, the consolidation of the rail in highly populated areas has become a reality. Foundations,...
The effective control of low-frequency vibrations induced by subway operation remains a problem, but...
In this paper, the goal is to primarily deal with the modeling of the railway traffic induced vibrat...
The establishment of wave impeding barriers (WIBs) beneath the railway track or below the protected ...
Railway-induced ground vibration is often associated with sites with soft ground. Stiffening of the ...
An artificial bedrock as wave impeding barrier can be used in practical civil engineering applicatio...
An artificial bedrock as wave impeding barrier can be used in practical civil engineering applicatio...
Both trench type barriers and artificial bedrock as wave impeding block (WIB) can be used in practic...
This paper studies the efficiency of subgrade stiffening next to the track as a mitigation measure f...
© 2015 Elsevier Ltd. This paper discusses the design, the installation, and the experimental and num...
A trench can act as a barrier to ground vibration and is a potential mitigation measure for low freq...
Railway-induced vibrations mitigation has become a priority issue in recent years. Among all the ex...
The effectiveness of heavy masses next to the track to reduce railway induced vibration is discussed...
© 2015 Elsevier Ltd. The effectiveness of heavy masses next to the track as a measure for the reduct...
Nowadays, the consolidation of the rail in highly populated areas has become a reality. Foundations...
Nowadays, the consolidation of the rail in highly populated areas has become a reality. Foundations,...
The effective control of low-frequency vibrations induced by subway operation remains a problem, but...
In this paper, the goal is to primarily deal with the modeling of the railway traffic induced vibrat...
The establishment of wave impeding barriers (WIBs) beneath the railway track or below the protected ...
Railway-induced ground vibration is often associated with sites with soft ground. Stiffening of the ...