In the present work the constitutive model is extended to include the tension/compression asymmetry.
Based on this work, a constitutive model describing the complete stress strain behaviour of geopolymer is proposed.
In this work, a constitutive model for the mechanical response of crease lines is proposed and validated on the basis of experimental tests available in the literature.
In this work a constitutive relation for ice at high strain rates and an algorithm for its numerical integration are developed.
In this work, a constitutive model for a PLLA/PCL polymer blend is established from the results of compressive tests at high and low strain rates at three different temperatures, including the body temperature.
In the present work, the constitutive relations based on the combination of two-back stresses are developed using the Armstrong–Frederick and Phillips type hardening rules in order to describe the plastic strain accumulation under a cyclic loading.
In this work, a constitutive relation for filtered reaction rate is developed by performing fine-grid, two-fluid model simulations of an isothermal, solid-catalyzed, first-order reaction in a periodic domain.
In this work, a constitutive model based on anisotropic hardening was used in the finite element (FE) simulations of springback and its performance was compared with that of conventional hardening laws.
As previous work demonstrated constitutive activation of the PI3K/Akt signaling axis in HCT116 PIK3CA-mut cells, we evaluated the contribution of this pathway to TRAIL resistance.
However, insect mortality observed in the present study was either comparable or higher than most of the results of earlier work where constitutive expression of GNA led to mortality of BPH up to 48-62%% [ 55] and 45-50% [ 56] and in case of GLH up to 51-54% [ 56].
