Fatigue analysis under random loading is a critical area of study that addresses the degradation of materials and structures exposed to unpredictable, cyclic stresses. Recent advancements have focused ...

Fatigue life analysis and probabilistic modeling constitute a pivotal area in materials science and engineering, addressing the prediction of material degradation and failure under cyclic loading ...

An automotive steering knuckle is one component that frequently carries loads from several directions, making it a candidate for biaxial fatigue analysis. The graph shows the history from first load ...

Mechanical parts are more frequently subjected to cyclic loads than solely static loads. Fatigue issues are commonly observed in turbine blades, aerospace components, locomotive systems, large ...

An overview of fatigue failure and how it affects mechanical systems. How FEA software enables engineers to predict fatigue failure points on structural designs, before the manufacturing process. From ...

In an era driven by technological innovation, lithium-ion batteries (LIBs) stand at the heart of our energy solutions, powering everything from smartphones to electric vehicles and renewable energy ...

This two-day course will focus on fatigue and fracture from the point of view of individuals performing fatigue analysis for the design of new bridges and evaluation and retrofit of existing bridges.