The study also shows that live loads essentially do not influence the response of the bridge.
Material surface characteristics can be suggested as the important factors that influence the response of blood to materials.
However, when the same quantity of ethanol was taken 30 min prior to the performance of the stress task, it did influence the response of the HPA axis to stress.
Moreover, a comprehensive parametric study, considering a practical range of the parameters that influence the response of SPs (and considering 3840 SP configurations) was conducted.
The results of these analyses show that non-uniform earthquake ground motions significantly influence the response of long bridges both with and without expansion joints.
Residual stresses in inclusions and interphases that are bonded to a matrix can significantly influence the response of composite materials to additional mechanical loads.
In order to illustrate how changes in magnitude and period of the forcing influence the response of the aforementioned quantities, we performed an additional simulation in which the semimajor axis of the binary orbit is increased from 0.176 to 0.250 a.u.
Heckathorn, S. A., Poeller, G. J., Coleman, J. S. & Hallberg, R. L. Nitrogen availability and vegetative development influence the response of Ribulose 1,5-Bisphosphate Carboxylase/Oxygenase, phosphoenolpyruvate carboxylase, and heat-shock protein content to heat stress in Zea mays L. Int.
Results show that fiber orientation and sample aspect ratio significantly influence the response of scaffolds in shear, and that measured shear strains can be predicted by finite element models.
The statistical analysis reveals that the common parameters including ground motion intensity, longitudinal reinforcement ratio, column diameter, number of columns per bent, column height, span length, and concrete compressive strength significantly influence the response of the three studied irregular bridges.
The results indicate that the high amplitude solutions not only exist but significantly influence the response of the system within the range of expected operating conditions, particularly at excitation frequencies lower than the natural frequency of the linear oscillator.
