With the development of urban underground space engineering, urban shallow buried
pipelines are confronted with great threats of blasting vibration induced by the vast …

To ensure the safety of gas pipelines during tunnel blasting excavation, it is of vital
significance to investigate the dynamic response of buried gas pipelines under blasting …

To ensure the safety of gas pipeline during tunnel blasting excavation, it is crucial to
investigate the dynamic response of gas pipeline to blast vibration under tunnel excavation …

The shallow surface stratum in the coastal area is mostly deep blowing soft ground,
corrosive and poor engineering geological properties, especially affected by dynamic …

The buried corroded cast iron gas pipeline is more likely to be damaged by engineering
blasting vibration. Therefore, it is of great significance to study the dynamic response and …

In order to assess the safety of a buried DN1200 water supply pipeline under blasting
vibration induced by subway tunnel excavation, we established a 3D numerical model of the …

In this study, a simple method was proposed to calculate the equivalent loadings in ground
induced by Rayleigh waves at the critical second. Subsequently, a closed-form solution was …

Underground steel pipelines are one of the most important mediums for transport of water,
oil, natural gas and other hazardous or highly toxic gases. Its assessment against blast has …

One of the most significant current discussions in safety assessment about the buried high-
pressure gas steel pipeline was the dynamic response of steel pipeline subjected to ground …

For the high strength, corrosion resistance, and good stability, carbon fiber–reinforced
polymer (CFRP) composites have been made into pipes to transfer gasses and oils in …