The generation and propagation of man-made vibrations in the ground is discussed. Emphasis is placed a simplified approach which is used to assess the most important factors, such as wave attenuation, refraction focusing and vibration amplification as a result of resonance. Practical guidelines are presented which can be used to predict vibrations and settlements in the ground. A semi-empirical relationship for the assessment of permissible vibration levels for buildings is proposed. Finally, a new ground vibration isolation method, the gas cushion screen is presented
This paper presents a new method that predicts the vibrational effects on existing soil, building an...
Propagation characteristics of waves generated by the various sources of vibration can be dependent ...
Recent research on soil dynamics and machine foundations has revealed that there are correct design ...
Machine foundation and construction vibrations ate main industrial man-made vibrating sources. Eight...
Vibrations in a built environment can exceed the requirements for sensitive equipment in a building ...
Man-made vibrations caused by construction activities, blasting, rail and vehicular traffic, and mac...
A new ground vibration isolation method is described, which uses inflated, flexible cushions. The is...
Construction and industrial dynamic sources can produce environmental vibration problems for adjacen...
Traffic induced vibrations, which are transmitted through the ground, may interfere with the proper ...
When planning foundations for devices sensitive to vibrations the planned location should be investi...
Foundations under machinery that produce impact loads, such as in forge shops, are major industrial ...
The increasing size of the population results in that unbuilt spaces needing to be used for the cons...
The first part of this report deals with wave propagation in the ground. Special attention is given ...
Attenuation of ground vibration induced by dynamic machinery is investigated with fundamental theory...
With the increased rate of urbanization comes an increase in disturbing ground vibrations. These can...
This paper presents a new method that predicts the vibrational effects on existing soil, building an...
Propagation characteristics of waves generated by the various sources of vibration can be dependent ...
Recent research on soil dynamics and machine foundations has revealed that there are correct design ...
Machine foundation and construction vibrations ate main industrial man-made vibrating sources. Eight...
Vibrations in a built environment can exceed the requirements for sensitive equipment in a building ...
Man-made vibrations caused by construction activities, blasting, rail and vehicular traffic, and mac...
A new ground vibration isolation method is described, which uses inflated, flexible cushions. The is...
Construction and industrial dynamic sources can produce environmental vibration problems for adjacen...
Traffic induced vibrations, which are transmitted through the ground, may interfere with the proper ...
When planning foundations for devices sensitive to vibrations the planned location should be investi...
Foundations under machinery that produce impact loads, such as in forge shops, are major industrial ...
The increasing size of the population results in that unbuilt spaces needing to be used for the cons...
The first part of this report deals with wave propagation in the ground. Special attention is given ...
Attenuation of ground vibration induced by dynamic machinery is investigated with fundamental theory...
With the increased rate of urbanization comes an increase in disturbing ground vibrations. These can...
This paper presents a new method that predicts the vibrational effects on existing soil, building an...
Propagation characteristics of waves generated by the various sources of vibration can be dependent ...
Recent research on soil dynamics and machine foundations has revealed that there are correct design ...