The anomalies in hydrogen effect were found in the relative insensitivity of the crack growth rates to ΔK in a decreasing ΔK test protocol, and in the distinct differences of the crack growth rates for different loading protocols.
The effects of several parameters such as crack lengths and angles, fiber directions and boundary conditions on the buckling behavior of cracked composite plates are comprehensively investigated for different loading conditions including compressive, tensile and shear loadings.
Numerical results are obtained and presented for different loading cases.
Table 5 compares the experimental cyclic results and the finite element predictions for different loading cycles.
The inelastic response is obtained for different loading conditions and for several different fiber architectures.
Also presented are proper choices of the governing equations for different loading conditions.
The proposed approach allows to bound communication memories for different loading rates of the master processor.
A completely different nature of fracture mechanism was observed for different loading cases.
The investigation of cyclic crack propagation rates (CPR) for different loading ratios is very elaborate.
The existing formulae for resistant forces need different parameter values for different loading frequencies.
Macroscopic values of stresses and the relative densities are recorded for different loading paths.
