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RISVibration and Stress Analyses of Positive Displacement Pump Pipeline Systems in Oil Transportation Stations
Publisher: American Society of Civil Engineers
Abstract: In oil transportation stations, the plunger motion exhibited by positive displacement pumps can cause a great deal of vibration that can influence the secure operations of the equipment and pipelines. If resonance between ...
Stress Analysis of Suspended Gas Pipeline Segment
Publisher: American Society of Civil Engineers
Vibration and Stress Analyses of Positive Displacement Pump Pipeline Systems in Oil Transportation Stations
Publisher: American Society of Civil Engineers
Abstract: In oil transportation stations, the plunger motion exhibited by positive displacement pumps can cause a great deal of vibration that can influence the secure operations of the equipment and pipelines. If resonance between ...
Mathematical Model of Leakage during Pressure Tests of Oil and Gas Pipelines
Publisher: American Society of Civil Engineers
Abstract: Leakage may occur during pressure tests of gas pipelines. Locating the position of leakage followed by immediate repair work becomes very important. On the basis of both the theory of natural gas pipeline transportation ...
Near Real-Time HDD Pullback Force Prediction Model Based on Improved Radial Basis Function Neural Networks
Publisher: ASCE
Abstract: Pipeline pullback is a crucial part of horizontal directional drilling (HDD) construction. Accurate pullback force prediction is the prerequisite for ensuring construction safety. However, owing to the influence of factors ...
An Effective Data-Driven Model for Predicting Energy Consumption of Long-Distance Oil Pipelines
Publisher: ASCE
Abstract: Long-distance oil pipelines consume extensive energy during the operation. Accurate prediction of pipeline’s energy consumption is the basis of intelligent management and energy-saving plan. This work demonstrates an ...
Evaluation of Cross-Sectional Deformation in Pipes Using Reflection of Fundamental Guided-Waves
Publisher: ASCE
Abstract: Ultrasonic guided-wave technology has been successfully applied to detect multiple types of defects in pipes. However, cross-sectional deformation, which is a common defect, is less studied when compared with structural ...
Novel Data-Driven Framework for Predicting Residual Strength of Corroded Pipelines
Publisher: ASCE
Abstract: For the residual strength prediction of corroded pipelines, the existing standard has a small application range, and the finite-element method has too many assumptions. This paper proposes a new data-driven prediction ...
Prediction of Construction Traction Force for Corroded Pipeline Rehabilitation Using Multilayer Composite Liners
Publisher: American Society of Civil Engineers
Abstract: The rehabilitation of corroded pipelines is critical for maintaining the global energy supply chain. Traditional repair methods, involving the replacement of damaged sections, are economically prohibitive and environmentally ...
A Feature Selection–Based Intelligent Framework for Predicting Maximum Depth of Corroded Pipeline Defects
Publisher: ASCE
Abstract: Corrosion is one of the most common defects of buried pipelines. Accurate prediction of the maximum pitting depth of corroded pipelines is conducive to assessing the remaining strength of the pipeline. In the context of ...