Release of metal ions was influenced by the shape of the wire and increase of time.
Creep of rPP/RWF composites increased with an increase of time, temperature, and stress.
Meanwhile, the bottom collapse failure index keeps positive and increases gradually with the increase of time.
The energy density, total pressure, string tension density, and coefficient of bulk viscosity diverge with the increase of time.
With the increase of time, the droplet density keeps on decreasing, while the droplet mean diameter keeps on increasing.
This table shows that the reliability of the system decreases by 0.019 % approximately with the increase of time.
Once equilibrium was attained, the percentage sorption of both the arsenic species did not change with further increase of time.
Several researchers reported an increase of time delay before earthquakes (e.g. Crampin et al., 1999) although it has been controversial.
The instantaneous network reliability decreases with the increase of time which has been explained in the above paragraph.
This table shows that the reliability of the system decreases from 0.253 to 0.149 % approximately with the increase of time.
The partial oxidation parameter showed that with increase of time, total oxidation was the predominant mechanism compared to partial oxidation.
