Dynamic light scattering measurements were performed to study the behavior of a suspension containing PHPP-SMNPs.
The model can account for the behavior of a void containing a particle under severe compressive processing conditions.
In this research, uniaxial compression tests were performed to evaluate the effect of high temperature treatments (300, 600 or 900 °C) on the strength, deformability and fracture coalescence behavior of a sandstone containing either a single fissure or two parallel fissures.
The objective is to develop a real-time-capable model, able to simulate the behavior of a driveline containing elastomer components: the engineered rubber model has to correlate stretch to stress, the mechanical behavior being represented by means of a hysteresis cycle.
The research enhances the understanding of the effect of different factors on the cracking behavior of concrete containing a circular hole and a preexisting crack and paves the way for using discrete element method (DEM) to investigate the breakage mechanism of microcapsules in concrete.
Finally, while we have focused on two domain systems, there is a need to address the behavior of systems containing a larger number of domains, in both proteins and RNA, where we expect to see new behaviors and complexities.
This work presents experimental results on high cycle fatigue behavior of specimens containing a surface hemispherical defect under uniaxial tension loading for a wide range of notch size to grain size ratios, including cases where the notch size is on the order of, or even smaller, than the grain size.
By relying on a simple topological argument, we show that the mean activation behavior of networks containing a fraction η of inhibitory neurons can be mapped onto purely excitatory networks with an appropriately modified wiring, provided that η remains in the range usually observed in neuronal cultures, namely η⪅20%.
Moreover, presence of KCl changed the thixotropical behavior of SiO2 contained drilling fluid.
This model could be useful for thorough understanding of the electronic mechanisms responsible for electrochemical and mechanochemical behaviors of a surface containing microcracks.
