For a given lateral pressure, the ultimate and residual bond strengths increase but the slip at the peak bond stress decreases with the increase of the loading rate.
Lastly, the loading rate is reduced, and the fracture propagates owing to the relaxation of the rupture at a decreasing speed ([Lengliné et al. 2011a]).
With the decrease of loading stress rate, a stiffer mechanical characteristic of brain tissue was observed and the occurrence of mechanical damage can be delayed to a higher stress.
In fact, an adherence to ART rate of 95% or greater is essential to obtain a decrease of the viral load and morbidity related to HIV infection.
The mass flow rates of working fluids across the expansion train both increase with the increased load rate or the decreased speed.
It explains our test data very well, and it suggests that strength decreases with decreasing loading rate, because the duration of the test increases and this provides the possibility for creep-related damage mechanisms to reduce the strength of the material.
Experiments reveal that the partial load rate is changed within 0.8%3.8%%, and the partial load rate gradually decreases with the increase of the clamping forces.
However, the pollution abatement rates decreased with increasing the COD loading rate and salt content.
The plastic deformation of the sliding surface under overload conditions allows for the formation of a transfer film on the counterface, resulting in a decrease of specific wear rate at higher loads.
This model is parameterized by six parameters namely the death rate of CD4 cells, rate of infection of CD4 cells by virus, death rate of CD8 cells, rate of increase of CD8 cells in response to increased viral load, rate of increase of viral load, and rate of decrease of viral load respectively.
