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A theoretical analysis is performed for the effect of strain hardening on fatigue crack closure in plane stress and plane strain conditions based on a modified strip yield model.
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Prediction of fatigue crack growth following the application of single tensile overloads was performed using a modified strip-yield model.
A newly developed modified strip-yield model which has been adapted to incorporate the mode I effects of roughness induced crack closure is used for the study.
We adapt a weight function based modified strip-yield model to geometrically include the mode I effects of roughness induced crack closure.
Fatigue crack growth life predictions are made with the FASTRAN modified strip-yield model for both materials under each of the loading conditions and compared with experimental results.
To determine the impact of these parameters on fatigue life performance and variability, fatigue crack growth simulations of 7075-T651 alloynum alloy were performed using a modified strip-yield model to produce S-N data.
On the other hand, the plasticity-induced crack closure was the decisive factor at high ΔK and could be predicted by the modified strip-yield model based on a Dugdale model.
An aeroelastic model is constructed using the Rayleigh Ritz technique coupled with modified strip theory aerodynamics.
A new aerodynamic model is proposed based on modified strip theory (MST).
To model the complex aerodynamics of flapping-wing, an improved version of modified strip theory was chosen.
A strip yield fatigue crack closure model is used together with a modified Miner Palmgren's damage accumulation model to account for uncertainties in the non stochastic crack growth process from the crack initiation to the final failure.
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