Hydrogen Gas Embrittlement 1st Edition

Hydrogen Gas Embrittlement, 1st Edition by Hisao Matsunaga, Junichiro Yamabe, Osamu Takakuwa, Yuhei Ogawa, and Saburo Matsuoka is an authoritative resource that cuts straight to the heart of a critical materials challenge. Clear, timely and technically rigorous, this volume is essential for engineers, researchers and decision‑makers confronting hydrogen‑induced failure across industries.

Begin with a compelling overview of hydrogen embrittlement mechanisms—diffusion, trapping, microstructural effects and fracture mechanics—then move into practical guidance on testing, modeling and mitigation strategies. The authors combine academic depth with industrial relevance, providing real‑world case studies and actionable recommendations for sectors where hydrogen exposure is rising: oil & gas, petrochemical, power generation, automotive, aerospace and the growing hydrogen economy.

Readers will gain:
– A systematic understanding of root causes and failure modes
– Practical testing protocols and interpretation tips for lab and field work
– Design and material selection strategies to reduce risk and extend service life
– Insights into regulatory and safety implications for global operations

Written by leading experts, this 1st Edition balances scholarly analysis with hands‑on utility, making it suitable for graduate students, materials scientists and practicing engineers. Whether you’re specifying alloys for pressure vessels, evaluating pipelines, or developing hydrogen technologies, this book delivers the technical clarity and industry perspective you need.

Order your copy today to strengthen your approach to hydrogen embrittlement and protect assets in an era of expanding hydrogen use.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.