Examination of design temperature allowance on creep range piping
This article delves into the effects of providing standard design temperature allowances for piping systems operating in the creep range. The aim of examining this practice is to enhance the understanding of its implications for pipe engineering.
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The Authors
Choudhury, M. G. - KBR, Gurgaon, India
Mrinmoy Ghosh Choudhury is an accomplished engineering professional with extensive experience in process plant engineering, specializing in piping and plant engineering from initial concept to final commissioning. His expertise encompasses various crucial aspects, including concept layout, stress and support, and materials. Choudhury has a proven track record in resolving complex issues during plant startups, addressing problems such as vibration, rotary equipment alignment and piping/equipment system failures. He has also significantly contributed to leading engineering journals with numerous published articles. Throughout his career, Choudhury has contributed his expertise to prominent companies like Reliance Engineering, Toyo Engineering India, Chemtex Engineering India, Engineers India Ltd., and DCPL. He is currently working in KBR Gurgaon & Air Product India as an advisor.
Dargan, S. S. - KBR, Gurugram, India
Sukhjinder Singh Dargan is a seasoned engineering professional with a rich 18-yr background in the piping stress analysis domain, focusing on process plants, refineries and fertilizer plants. Since 2018, he has been an integral part of KBR in Gurgaon, India. Prior to his tenure at KBR, Dargan worked at L&T Chiyoda, India, and Fluor Daniel, India, where he honed his expertise in this field.
Ashesh, A. - KBR, Gurgaon, India
Avijit Ashesh works as a Piping Engineer at KBR, Gurgaon, India. He has more than 15 yr of experience in the design, engineering and troubleshooting of piping systems for the fertilizer, refining and petrochemical industries. Prior to joining KBR, he has been associated with PDIL, Samsung Engineering and Fluor Corp.
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