Sentence examples for incremental factor from inspiring English sources
In addition, power equation model possessed strong potential for the early prediction of 28-day strength propertiesand justifies against the statistical point of view for interpreting the strength incremental factor variation profile with accelerated curing ages.
In other words, the porosity of the expansive additive can be acquired from the values listed in Table 1, which consider the incremental factor ( p_{EX} ) of the capillary pores by the volume expansion of the expansive additive.
Incremental factor ( p_{EX} ) of the capillary pores was acquired by deducing a regression equation for the porosity increase rate according to the mixing rate of the expansive additive by referring to the experimental results of existing studies (Yanimoto et al. 2003; Morioka et al. 1999).
To compare how the algorithms behave under varying loads an average EDP value has been calculated (9). is the incremental factor used to calculate the number of tags, and EDPmin is the lowest EDP possible with that number of tags: (9).
The incremental factor observed for the average e-GST in the highest levels of severity and activity is given in Figure 2e and is ∼130% while the incremental factor of e-CAT is <20%.
It is found that the non-dimensionalized added virtual mass incremental factors for circular plates vibrating in an infinite rigid wall with one side exposed to water are larger than those for circular plates which rest on a free surface.
To obtain the complete theoretical results, the so-called non-dimensionalized added virtual mass incremental factors, are obtained by employing the integral transformation technique in conjunction with the Fourier-Bassel series approach.
Crest horizontal displacements were obtained from the dynamic analyses for different incremental factors and used to estimate moment magnitude and epicentral distances needed to attain the displacement limits.
The study determined that trees between 100 and 300 years old are perishing "en masse" because of a deadly combination of large destructive events like forest fires, and other, more incremental factors like drought, high temperatures, logging and insect attack.
The sum of all these incremental factors allows BsDHFR to function efficiently in the natural habitat of G. stearothermophilus, which is characterized by temperatures that can reach 75 °C.
Note that, the effect of PM depends on its level m, 0 ≤ m ≤ M, and its relationship with the remaining life is characterized by the age-incremental factor δ(m). Larger value of m represents greater PM effort, hence δ(m) is a increasing function of m with δ(0) = 0 and δ(M) = 1.
