Natural frequency of structure mainly depends on mass and stiffness. Stiffness is bound to change after structural damage. Hence, natural frequency starts to decline.This study presents a new method to determine the location and degree of the corrosion damage by measuring the natural frequencies of the damaged pipeline. With this method, only measurement of the first and second natural frequencies of damaged pipeline is required. The formulation is based on Rayleigh’s Law to determine a relationship between the degree of damage and damage location. The formulation is validated by comparing against beam and solid fi nite element models.</p
Pipelines are a vital component in the gathering, transmission, and distribution networks of oil and...
2 In the pipeline industry, the most widely used method of inspection is to employ in-line instrumen...
International audienceThis paper suggests a method for damage detection and localization in pipeline...
Natural frequency of structure mainly depends on mass and stiffness. Stiffness is bound to change af...
The relevance and the main aim of the study. The pipeline systems are widely used for supporting the...
As structural systems approach their end of service life, integrity assessment and condition monitor...
The vibration behavior of structures can be characterized in terms of resonance frequencies and mode...
Corrosion defect has inevitably causes serious incidents in pipeline structures. Reduction in corros...
The guided wave method can inspect pipelines very quickly and widely. For instance, it can inspect t...
Pipelines are regarded as the most cost-effective and the safest choice for transporting oil in bulk...
This study presents the use of natural frequency for the identification of damage location in detect...
Pipeline and Hazardous Materials Safety Administration2020PDFTech ReportBastawros, AshrafIowa State ...
The vibration behavior of structures can be characterized in terms of resonance frequencies and mode...
An increasing number of structures including offshore jackets, wind turbines and pipelines, composed...
Loosening of bolted connections in a structure can signifi-cantly reduce the load-bearing capacities...
Pipelines are a vital component in the gathering, transmission, and distribution networks of oil and...
2 In the pipeline industry, the most widely used method of inspection is to employ in-line instrumen...
International audienceThis paper suggests a method for damage detection and localization in pipeline...
Natural frequency of structure mainly depends on mass and stiffness. Stiffness is bound to change af...
The relevance and the main aim of the study. The pipeline systems are widely used for supporting the...
As structural systems approach their end of service life, integrity assessment and condition monitor...
The vibration behavior of structures can be characterized in terms of resonance frequencies and mode...
Corrosion defect has inevitably causes serious incidents in pipeline structures. Reduction in corros...
The guided wave method can inspect pipelines very quickly and widely. For instance, it can inspect t...
Pipelines are regarded as the most cost-effective and the safest choice for transporting oil in bulk...
This study presents the use of natural frequency for the identification of damage location in detect...
Pipeline and Hazardous Materials Safety Administration2020PDFTech ReportBastawros, AshrafIowa State ...
The vibration behavior of structures can be characterized in terms of resonance frequencies and mode...
An increasing number of structures including offshore jackets, wind turbines and pipelines, composed...
Loosening of bolted connections in a structure can signifi-cantly reduce the load-bearing capacities...
Pipelines are a vital component in the gathering, transmission, and distribution networks of oil and...
2 In the pipeline industry, the most widely used method of inspection is to employ in-line instrumen...
International audienceThis paper suggests a method for damage detection and localization in pipeline...