The fatigue life estimation of metals operating in hydrogen-rich environments such as
hydrogen pipelines, hydrogen-burning internal combustion engines, etc. is important …

Numerous engineering issues have been addressed using Artificial Intelligence (AI)
approaches, such as Machine Learning and Artificial Neural Networks (ANN). In this study …

Directionally solidified nickel base superalloy DZ125L is the main material that has been
widely used to manufacture aviation gas turbine blades and hot-end structural parts …

In this study, a new Al-LPM composite coating was in-situ deposited on the Al alloy via a
facile one-pot hydrothermal method. Morphological and compositional characterizations …

Fatigue limit assessment methodologies based on the thermography technique are
comprehensively studied in this work. Three fundamental indicators pertaining to …

The measurement of uncertainty across the lifetimes of engineering systems has drawn
more attention in recent years. It is a helpful metric for assessing how predictable a system's …

Thermomechanical processing of titanium alloys often requires complex routes to achieve
the desired final microstructure. Recent advancements in modeling and simulation tools …

Utilizing the foundational principles of thermodynamics, this study characterizes material
degradation resulting from corrosion, substantiating the outcomes through experimental …

In this work, layered double hydroxide (LDH) and reduced graphene oxide (rGO) were
incorporated into Zn/Ni matrix coating by cold-spraying on the surface of Mg alloys. Inside …

This investigation attempts to propose a two-scale thermodynamic entropy model that can
quantify the micro-scale fatigue behaviors from the macroscopic level. Both non-damaging …