It also shows that the p53 dynamics are excitable; bifurcation analysis revealed a spectrum of p53 behaviour under stressed and non-stressed (normal) conditions on the basis of stress signal activation rate, and characterised p53 dynamics as Type II excitability.
The initial shear modulus, G0, can be referred to Eq. 14 by changing parameter Es to E0. Static triaxial tests were conducted under 20 kPa and 50 kPa effective confining pressure to attain the shear strength of the pumice sand, and to understand its basic physical behaviour under stresses.
According to test results, the unreinforced HSG samples exhibited linear elastic stress-strain behaviour under uniaxial stress condition and showed catastrophic brittle failure.
By applying different boundary conditions to the artificial microstructure model, both the plasticity and the damage initiation behaviour under different stress states are calibrated by the virtual experiments.
In addition, once the optimal quantity of rubber had been determined, its effect on ballast behaviour under high stress level was analysed.
Once the sample was installed in the experimental apparatus and the fracture rematched, a test was carried out to characterise the fracture's mechanical behaviour under normal stress and temperature (100 °C set as the heating resistor temperature).
Using experience gained from laboratory studies of a fracture's hydromechanical behaviour under normal stress and preliminary developments for studying the effect of acidification under controlled temperature, we built and gradually improved an experimental apparatus so as to provide a percolation cell in a fracture under imposed stress and temperature conditions (Gentier et al. 1998).
Results of the twining vine study supported the predictions from the SDP model for optimal anti-predation behaviour under energy stress.
Parenting stress and parenting behaviours exhibited under stress may affect children's obesity risk differently as they age.
Consequently, several cumulative fatigue-damage theories have been developed to enable investigators to extrapolate from cyclic test data a prediction of material behaviour under random stresses.
