Study of Hydrogen Diffusion in the Microstructure of a Nickel Alloy and its Correlation with Hydrogen Embrittlement

A comprehensive thesis on hydrogen embrittlement authored by Michele De Giosa, Università del Salento, Italy, published exclusively by CYBERNET ⇒ Read Here

Abstract

Hydrogen embrittlement is a critical phenomenon that significantly affects the structural integrity of metallic materials. This process can compromise the strength and durability of crucial components in various industrial sectors, including the oil and gas, automotive, and aerospace industries. Hydrogen embrittlement occurs when hydrogen infiltrates metallic materials, leading to a decrease in their mechanical properties.

In this thesis, the author closely examines the issue of hydrogen embrittlement, its causes, the mechanisms of hydrogen diffusion in metallic materials, and mitigation strategies.

Author

Michele De Giosa, Università del Salento, Italy, 

Software used for the reserch: Ansys® software, Multiscale.Sim™

Full thesis can be accessed from CYBERNET Multiscale.Sim website Read Here