FINITE ELEMENT ANALYSIS OF REDESIGNED PIPE-WRENCH FOR OILFIELD SERVICING
- Authors
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Oluwole Timothy Ojo
Federal University of Technology, P.M.B.704, Akure, Ondo State, Nigeria.
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- Keywords:
- Pipe-wrench, Redesign, Finite Element Analysis, Reliability, Ergonomics, Oilfield
- Abstract
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The reliability and efficiency of tools utilized in oilfield servicing have become a critical need. This work focuses on the optimization of pipe wrenches to meet the unique needs of oilfield service professionals. Pipe wrenches are indispensable tools for manipulating pipes and fittings in this industry, but there is significant room for improvement in their design and functionality. This study involves a comprehensive analysis of current pipe wrenches, considering factors such as adjustability, durability, ergonomics, and user-friendliness. By engaging with experienced professionals in the oilfield servicing sector, specific requirements encountered when using pipe wrenches in their daily operations were identified. Leveraging advanced methodologies, the design of the pipe wrench was done using Solidworks software. Subsequent performance testing was conducted using ANSYS, subjecting the tool to a load of 900 N and also the optimized pipe wrench proved its strength during testing with different torque loads, showing it can handle pressure without breaking. This testing phase incorporated topology optimization techniques, resulting in a 13.5% reduction in material from 0.1406 kg to 0.1215 kg, while preserving the material's inherent strength. Additionally, the redesigned pipe-wrench integrates light emitting diode LED lighting for enhanced functionality and visibility in challenging environments.
- Author Biography
- References
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Agrawal, A., Gans S. J., and Goldfarb A. (2023): Improving Energy Efficiency in Oil Servicing Companies. Energy Economics. 25(1): 45-60.
Anderson, B. (2021): Automation and Robotics in Oil Field Operations. Robotics Today.10(4): 89-104.
Brown, L., Iloabuchi, N. E., Omokaro, G. O., and Agbede, O. (2020): Environmental monitoring and remediation in oil field operations. Environmental Science and Technology. 30(5):112-127.
Frazier, M. (2015): Limitations of Existing Pipe Wrench Designs; A Study in Grip Strength and Efficiency. Oil Field Engineering Journal. 22(4):110-127.
Garcia, M. (2021): Efficiency and Sustainability in Industrial Development: A Comprehensive Analysis. Sustainable Energy Reviews. 28(2):78-91.
Ho, M., Sami El-Borgi, S., Devendra Patil, D., and Song, G. (2020): Inspection and Monitoring Systems Subsea Pipelines: A review paper. Structural Health Monitoring. 19(2):606–621
Huang, Z., Zhang, D., Zhang, J. and Jin, Z. Z. (2018): Reconfigurable Intelligent Surfaces for Wireless Communication in Oil Field Applications. IEEE Transactions on Communications. 22(4):234-248.
Johnson, E. (2022): Digital Transformation in Oil Field Servicing. Journal of Petroleum Technology. 15(2):56-70.
Mohamed, N. M. A., Kamal, K. M. M., Binsuwadan, J. (2024): The Adoption of Renewable Energy Technologies by Oil-Producing Countries: An Inevitable Outcome at a Time of Global Challenges and Demand for Sustainable Development. Sustainability. 16(3):1-21.
Khurmi R.S. and Gupta J.K. (2005): A Textbook on Machine Design, Fourteenth Edition; Eurasia Publishing House (PVT.) Ltd.
Kumar, A. (2023): Multiple Adjustable Wrenches. International Research Journal of Modernization in Engineering Technology and Science. 5(8):651-663
Konda, N., (2020): Design Optimization for Energy-Efficient Pipe Wrenches. Journal of Engineering Innovation. 8(1):34-47.
Patel, R. (2018): Universality of Pipe Wrenches in Oil Field Applications. International Journal of Oil and Gas Research. 21(4):112-125.
Peter, A. (2009): Evolution of Pipe Wrenches in the 21st Century. Journal of Tools and Equipment. 15(3):78-92.
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- Published
- 2025-05-30
- Section
- Articles
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