...Jinghong Xue; Li Ji Long-distance buried pipelines are one of the most common and economical transportation methods for oil and gas, but the fault movement will pose a threat to the safety of pipelines. The main challenge of pipeline under strike-slip faults is to improve the ability of resistance...

...Rui Xie; Jie Zhang Thaw settlement is one of main reasons caused pipeline failure crossing cold region. The modeling method of mechanical response of pipeline crossing thaw settlement zone is proposed, the mechanical behavior of buried pipeline is investigated. Effects of pipeline and soil...

... load was developed. Stress, displacement, plastic deformation, and local buckling of the buried pipeline were investigated. The effects of trinitrotoluene (TNT) magnitude, pipeline diameter-thickness ratio, pipeline's buried depth, explosive depth, and explosive offset on the mechanical response...

...Wu Ying; Zha Sixi; Jin Pengwei As the debris flow caused by sustained rainfall would cause destructive damage to buried pipeline, the safety of buried pipeline under impact of debris flow draws increasing attention. This paper focuses on the mechanical and deformed behavior of buried pipeline...

...Chunsheng Miao; Jianping Zhao Based on the statistical analysis from a great deal of failure cases, generally, the failure causes of buried pipeline can be classified into four factors, namely, third-party damage, erosion–corrosion damage, design and construction error, and incorrect operation...