Crimson Publishers: Evolution of Fatigue Behavior Characterization of Polymer-Matrix Fiber-Reinforced Composite Laminates
Evolution of Fatigue Behavior Characterization of
Polymer-Matrix Fiber-Reinforced Composite Laminates by Rajamohan Ganesan in Evolutions
in Mechanical Engineering_ Composite Laminates
There are currently three approaches to
characterize and quantify the fatigue behaviour of composite laminates that are,
Fatigue Life Modelling and Prediction, Phenomenological and Empirical
Modelling, and Progressive Damage
Modelling. These approaches constitute the evolution that is driven by ever
expanding industrial needs and academic pursuit and assisted by perpetual
technological advances in experimentation capabilities. In the first approach
of Fatigue Life Modelling and Prediction the individual material degradation
mechanisms are not directly concerned with, rather the determination of
stress-life relationships based on experimental data is concerned with and the
failure criteria or the residual strength determination is established based on
these relationships, for the specific composite laminate.
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