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August 19, 2025Applied SciencesOpen Access

Seismic Disaster Risk Assessment of Oil and Gas Pipelines

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The proposed methodology improves risk assessment by integrating auxiliary structures and specific disaster conditions.
A failure probability model quantifies the effects of liquefaction and ground motion on pipeline integrity, enhancing safety.
This analysis utilizes Particle Swarm Optimization algorithms to establish a vulnerability matrix based on Peak Ground Acceleration.
The dual-vulnerability framework lays the groundwork for advanced seismic design and maintenance strategies for pipelines.

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Enhanced risk assessment method identifies impacts of auxiliary structures on pipeline vulnerabilities, implying improved energy security.

Jing et al. (2025) studied this question.

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Enhanced risk assessment method identifies impacts of auxiliary structures on pipeline vulnerabilities, implying improved energy security.