In the article a mathematical background of the approach is presented and applied to three cases of experimentally obtained durability data.
Consequently, in this study we have found graphitization at 1600 °C is an optimum temperature among 1100, 1600, and 2000 °C to obtain highest durability for Pt/C catalysts, and the graphitization degree is an important factor to develop catalysts with high durability.
It is highly recommended to use binding agents for crosslinking chitosan with cellulose to obtain good durability results.
Accelerated rebar corrosion tests and high temperature experiments were carried out to obtain the durability performance of these cements.
According to the mechanical performance of these blended cements, ASR and sulfate resistance experiments were carried out to obtain the durability performance of these cements.
From these experimental results, an analytical model based on classical Westergaard well known equations has been developed to calculate the minimum thickness of RRFC for rigid pavements subjected to high density traffic, in order to obtain a durability of these rigid pavements of 106 cycles of 13 tons (127 kN) axle load.
In order to obtain acceptable durability in the body, it is essential to perform a chemical process called "cross-linking", which aims to improve in vivo resistance to degradation.
Obtaining optimum durability (wear) as well as high fuel economy (low friction) using DLC-coated parts relies in part on the compatibility between surface and lubricant additives.
Finally, a summary is shown in Table 2 of the different nanoparticles used for antibacterial activity and the possibility of obtaining high durability antimicrobial effect after successive washing cycles.
PBE can be conducted based on SCs that are generated with virtual data derived from experimental data obtained from strength and durability experiments using various curing conditions.
