Computational chemistry techniques offer tremendous potential for accelerating the
discovery of sustainable chemical processes and reactions. However, the environmental …

Fatigue life prediction based on the traditional empirical formulation in large fatigue regimes
is limited and prone to over-fitting. In this regard, we propose an integrated approach for …

Dynamic reliability assessment has offered a new paradigm for engineered systems to
integrate multi-level observations to update the reliability measures of a specific running …

Wind turbine blades are complex structures composed of multiple bonded components. The
fatigue performance of these adhesive joints is crucial for ensuring operational safety over …

In the field of industrial equipment reliability assessment, dependency on either degradation
or failure time data is common. However, practical applications often reveal that single-type …

As industrial development drives the increasing demand for steel, accurate estimation of the
material's fatigue strength has become crucial. Fatigue strength, a critical mechanical …

Establishing a low-cost, high-precision predictive model for mechanical properties is crucial
for enhancing the properties of steel. Due to the complexity of the steel production process …

Depletion of fossil fuels and increasing the energy demand are the critical concerns for the
sustainable growth of every country. These challenges highlight the need for a cleaner fuel …

The incorporation of fibers into concrete enhances its fatigue resistance while also
increasing the variability in flexural fatigue life, necessitating the development of advanced …

With the rapid extensive development of the Internet, users not only enjoy great convenience
but also face numerous serious security problems. The increasing frequency of data …