Offshore

UPRATING THE DOLPHIN GAS PIPELINE USING STRUCTURAL RELIABILITY BASED METHODS

STRUCTURAL RELIABILITY BASED APPROACH TO UPRATING A SUBSEA HIGH PRESSURE GAS PIPELINE

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Onshore

AN INTEGRATED INTEGRITY MANAGEMENT APPROACH TO UPRATING HIGHPRESSURE GAS TRANSMISSION PIPELINES AND ABOVE GROUND INSTALLATIONS

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GUIDELINES FOR THE USE OF STRUCTURAL RELIABILITY AND RISK BASED TECHNIQUES TO JUSTIFY THE OPERATION OF ONSHIRE PIPELINES AT DESIGN FACTORS GREATER THAN 0.72

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THE USE OF RELIABILITY BASED LIMIT STATE METHODS IN UPRATING HIGH PRESSURE PIPELINES

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RELIABILITY BASED APPROACH TO THE OPERATION OF GAS TRANSMISSION PIPELINES AT DESIGN FACTORS GREATER THAN 0.72

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TRANSMISSION PRESSURE UPRATING COVERING LEGISLATIVE COMPLIANCE, TECHNICAL APPROACH AND CASE STUDY. INCLUDING PIPELINES AND INSTALLATION AND COST BENEFITS REALIZED ON A MAJOR GAS TRANSMISSION ONSHORE PIPELINE

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AN ASSESSMENT PROCEDURE TO JUSTIFY OPERATION OF GAS TRANSMISSION PIPELINES AT DESIGN FACTORS UP TO 0.8

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UPRATING THE DESIGN PRESSURE OF IN SERVICE PIPELINE USING LIMIT STATE DESIGN AND QUANTITIVE RISK ANALYSIS

Onshore Pipelines Conference, Istanbul, 1998

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GUIDELINES FOR THE USE OF STRUCTURAL RELIABILITY AND RISK BASED TECHNIQUES TO JUSTIFY THE OPERATION OFONSHORE PIPELINES AT DESIGN FACTORS GREATER THAN 0.72

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