There was a significant improvement in mechanical strength, mechanical stability, and control of burst release of DEX in silk-modified MBG scaffolds.
This article presents a review on the effects of some common alloying elements on the microstructural and mechanical property stability control of Ni-based superalloys.
The thickness of the NiO YSZ layer, which provides mechanical stability, is controlled by adjusting the number of dip-coating cycles.
Multifunctional drug-eluting microfibers can provide an exciting new opportunity to design novel biomaterials with mechanical stability and controlled release of a variety of therapeutics with micron-scale accuracy.
The present work aims to develop a formulation method to produce micron-size hollow nanoparticulate aggregates with high shell mechanical stability by controlling the shell thickness-to-particle radius (S/R) ratio.
For this reason, explicitly quantifying the role of L in conferring mechanical stability would need to control for variation in the intracellular structure of cell walls.
While the evolution of motor control for stable hand configurations (stiffness control) is virtually unknown, we suggest that the observed equal manipulative complexity of both Oldowan and Acheulean toolmaking may be due to a common neuronal motor control strategy by which the required mechanical stability of the core is controlled during striking.
Because of its mechanical integrity and connectivity, the fibrous solid anode has good electrical conductivity, mechanical stability, and design flexibility for controlling mass distribution, porosity and effective surface area.
Moreover, it has been shown that controlling the mechanical stability of retained austenite and the primary austenite grain size by Ni and V addition can further influence fracture toughness of nanostructured bainitic steels.
In support of accurate prediction of carbon content in austenite for control of austenite mechanical stability in "triple-phase" steels, paraequilibrium growth simulations with the DICTRA software were used to predict the carbon concentration profile at the ferrite austenite interface during rapid cooling from an intercritical annealing temperature.
