Niedrigzyklische
Niedrigzyklische refers to a phenomenon or process characterized by a low number of cycles. In technical contexts, particularly in materials science and engineering, it often relates to fatigue where a material is subjected to a limited number of stress cycles. This contrasts with high-cycle fatigue, which involves a very large number of stress cycles. Low-cycle fatigue typically occurs under higher stress levels, leading to plastic deformation in each cycle. Examples can include components in aerospace engines or structures experiencing significant mechanical loads that cause them to deform and recover repeatedly.
The study of low-cycle fatigue is crucial for predicting the lifespan and ensuring the reliability of structures
Beyond materials science, the term "niedrigzyklische" can be applied more broadly to any system or process that