Sentence examples for maximum strain energy from inspiring English sources
Moreover, maximum strain energy density decreased drastically with the crack propagating.
The maximum strain energy release rate criterion, best suited for the composite structures, has been employed.
The maximum strain energy density used as the damage parameter was obtained through finite element analysis method.
It was shown that the maximum Green Lagrange strain and the maximum strain energy density were proper damage parameters, taking the mean load effects into account.
The experimental compliance method was used for the calculation of the maximum strain energy release rate, Gmax, and the incremental polynomial method for the calculation of the crack propagation rate, da/dN.
The boundaries of the semi-infinite slab have great effect on both the maximum strain energy density and the distribution around the circular cavity, and the effect increases with increasing incident wave number.
Fracture-mechanics tests were used to obtain the relationship between the rate of fatigue crack growth per cycle, da/dN, and the maximum strain-energy release rate, Gmax, applied during the fatigue cycle.
The unmodified epoxy-polymer possessed a value of the fracture energy, GIc, of 495 J/m2 and a value for the threshold value of the maximum strain-energy release rate in a fatigue cycle, Gth, (below which no significant crack growth occurs) of 155 J/m2.
Fracture toughness values (KIc and KIIIc) of investigated graphite are obtained for six different mode mixities for and the obtained experimental data are compared with theoretical predictions of two conventional mixed mode I/III fracture theories namely: maximum tangential stress (MTS) and maximum tangential strain energy density (MTSED).
The relationship between fatigue life and maximum engineering stress, maximum strain and strain energy density were studied.
The flexural impact parameters, such as flexural strength, flexural modulus, ultimate strain, maximum strain, and energy absorption capacity, were determined under different impact velocities.
