30인치 가스 파이프라인 손상평가에 관한 기초 연구
A Fundamental Study on Damage Assessment of the 30-Inch Gas Pipeline
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초록
Oil and gas contribute significantly to achieving the growing demand for energy, which is rising in parallel with population growth. The pipeline system is the main transport system used in the distribution of oil and gas because the pipeline system is considered the most effective and efficient system. The distribution system for gas and oil must guarantee security and safety. Analyzing the pipeline is necessary to ensure distribution security and safety. In this study, a finite element analysis of the gas pipeline specimen was conducted. This analysis is carried out in two stages, first structural analysis and continued with damage analysis, where the damage used is a dent. In the dent analysis, environmental conditions are applied, namely non-pressure, pressure, and full pressure. Then assessed all the results of the analysis of each stage, the assessment was carried out by verifying the results of the analysis with the applicable standard rules. So that the characteristics of the pipeline can be recognized and work accidents caused by operating pipeline failure can be avoided.
Abstract
Oil and gas contribute significantly to achieving the growing demand for energy, which is rising in parallel with population growth. The pipeline system is the main transport system used in the distribution of oil and gas because the pipeline system is considered the most effective and efficient system. The distribution system for gas and oil must guarantee security and safety. Analyzing the pipeline is necessary to ensure distribution security and safety. In this study, a finite element analysis of the gas pipeline specimen was conducted. This analysis is carried out in two stages, first structural analysis and continued with damage analysis, where the damage used is a dent. In the dent analysis, environmental conditions are applied, namely non-pressure, pressure, and full pressure. Then assessed all the results of the analysis of each stage, the assessment was carried out by verifying the results of the analysis with the applicable standard rules. So that the characteristics of the pipeline can be recognized and work accidents caused by operating pipeline failure can be avoided.
참고문헌 (29)
- Abdoun, T. H., "Factors Influencing the Behavior Buried Pipelines Subjected to Earthquake Faulting", Soil Dyn. Earthq. Eng, 29, pp.415~427 (2009)
- American Petroleum Institute, "API Specification 5L, 46th Edition, Line Pipe", ~ (2018)
- American Society of Mechanical Engineers, "Pipeline transportation system for liiquid hydrocarbons and other liquids", ANSI, 2006
- "American Society of Mechanical Engineers B31.8, Gas Transmission and Distribution Piping Systems", ~ (2016)
- "American Society of Mechanical Engineers B31.8S, Managing System Integrity of Gas Pipeline, ASME Code for Pressure Piping, B31 Supplement to ASME B31.8,2016", ~ (2016)
- "American Society of Mechanical Engineers B41.4, Pipeline Transportation System for Liquids and Slurries", ~ (2016)
- Arumugam, U., "Study of safe dig pressure level for rock dents in gas pipelines", Int. Pipeline Conference ASME (2018)
- Bannantine, Julie A., "Fundamental of metal fatigue analysis" (1989), Prectice Hall
- Bernard, M., "New horizons for pipelines integrity assessment", Offshore Technology Conference (2013)
- EPRG Methods for assessing the tolerance and resistance of pipelines to external damage part 1+2, "Bood, R. J.", European Pipeline Research Group, 806~811 (1999)
- Cosham, A., "The effect of dents in pipelines-guidance in the pipeline defect assessment manual", International COnference on Pressure Vessel Technology (ICPVT-10) (2003)
- Dawson, J., "Techniques for the enhanced assessment of pipeline dents", J. Pipeline Eng, 17, pp.127~135 (2018)
- Dawson, S. J., "Emerging techniques for enhanced assessment and analysis of dent", Proc. Int. Pipeline Conf (2002)
- Gantes, C. J., "Evaluations of seismic protection methods for buried fuel pipelines subjected to fault rupture front", Buried Pipeline Protection against Faulting, 2, pp.1~12 (2016)
- Gao, M., "Mechanical damage in pipelines: a review of the methods and improvements in characterization, evaluation, and mitigation", Oil Gas Pipelines, pp.289~326 (2015)
- Indian Institute of Technology Kanpur and Gujarat State Disaster Management Authority, "IITK-GSDMA Guidelines for Seismic Design of Buried Pipelines", ~ (2007)
- Jang, Y. C., "A study on the load carrying capacities of natural gas pipeline using in-plane bending experiment and finite element analysis", 2019 Annual Meeting of Korean Society of Mechanical Engineers, pp.941~943 (2019)
- Kennedy, John L., "Oil and gas pipeline fundamentals" (1993), PennWell Publishing Company
- Kishawy, H. A., "Review of pipeline integrity management practices", International Journal of Pressure Vessels and Piping, 87, pp.373~380 (2010)
- The Pipeline Defect Assessment Manual (PDAM), A report to the PDAM Joint Industry Project, "PDAM", ~ (2016)
- Revie, R. W., "Oil and gas pipeline : integrity and safety handbook" (2015), John Wiley & Sons
- Rodhi, N. N., "A review on risk factors in the project of oil and gas industry", IPTEK, The Journal for Technology and Science, 28(3) (2017)
- Sears, F. W., "Mechanics, Heat and Sound" (1944), Addison-Wesley
- Shuai, Y., "Experimental and numerical investigation of the strain response of a dented API 5L X52 pipeline subjected to continuously increasing internal pressure", J. Nat. Gas Sci. Eng, 56, pp.81~92 (2018)
- Shuai, Y., "Mechanical behavior investigation on the formation of the plain dent of an API 5L L245 pipeline subjected to concentrated lateral load", Eng. Fail. Anal, 108, pp.104189~ (2020)
- Soehaimi, A., "Assessment of potential earthquake and tsunami disaster for protection oil and gas infrastructure and PLTU in Cilacap central java", Journal of Geology and Mineral Resources, 22(4), pp.209~221 (2021)
- Tee, K. F., "Burst strength analysis of pressurized steel pipelines with corrosion and gouge defects", Eng. Fail. Anal, 108, pp.104347~ (2020)
- UK onshore pipeline operators’ association – Industry good practice guide, managing pipeline dents, "UKOPA", ~, pp.UKOPA (2016), GP[DOI]
- Wu, Y, "A new evaluation methods of dented natural gas pipeline based on ductile damage", Applied Ocean Research, 135, pp.1~12 (2023)