Sentence examples for mixed mode loadings from inspiring English sources
The purpose of this work is to extend it to account for I + II + III mixed mode loadings and for a 316L steel which displays both isotropic and kinematic non-linear hardening.
In the present paper, the mechanism of shear crack growth under both pure torsion and mixed mode loadings, simulating rolling contact fatigue testing conditions, has been investigated for a bearing steel and the role of the superimposed compressive stress in subsurface RCF has been clarified both numerically and experimentally.
The failure criterion for v-notched specimens developed for mixed-mode loadings by Yosibash et al. [Yosibash, Z., Priel, E., Leguillon, D., 2006. A failure criterion for brittle elastic materials under mixed mode loading. Int. J. Fract. 141(1), 289 310.] is generalised in order to consider the influence of the shear stresses and the mode-dependence of the toughness.
A mixed mode load includes pulling and bending.
Dislocation emission was studied further under mixed mode loading.
The numerical technique has been used to study the initiation and propagation of a crack in a double cantilever beam under mode I and mixed mode in-plane loadings.
Based on this approach, the fatigue delamination growth rates and thresholds of carbon/bismaleimide composite laminates under mixed I/II mode loadings are determined experimentally.
The rationale for determining the stress intensity factors under mixed-mode loading conditions and the calibration curves, relevant to a number of orthotropic materials, relating maximum load and loading angle to KI and KII are presented.
An investigation has been reported concerning characterisation of large span stable crack growth (SCG) through AISI 4340 steel in terms of CTOD/CTOA under both mode I and mixed (I and II) mode loadings.
The experiments were performed under different loadings of pure mode I, pure mode II and two mixed mode I/III at three subzero temperatures.
With increase of loading rate failure mode changes from mode-I to mixed mode.
