Genetic algorithm is utilized to evaluate the optimal configurations.
Endoscopy can be utilized to evaluate the completeness of the myotomy and check for a missed perforation.
Pearson's chi-square (χ2) test/Fisher's exact test was utilized to evaluate the association between GNA13 expression and the clinicopathological characteristics.
Floquet theory is utilized to evaluate the stability of these solutions.
This method is utilized to evaluate the performance of different neighborhood structures.
The model is subsequently utilized to evaluate the ground reaction forces and horizontal velocity.
Spectrofluorimetry was utilized to evaluate the effect of charge ratio of the nanoparticles on loading efficiency.
The asphalt pavement analyzer (APA) test was utilized to evaluate the rutting resistance, and the indirect tensile strength (ITS) and the Modified Lottman (AASHTO T 283) tests were utilized to evaluate the moisture sensitivity of the asphalt mixtures.
Uniaxial stress-controlled tension tension fatigue testing (R = 0.1) were utilized to evaluate the fatigue behavior of the prepared nanocomposites.
Rutting resistance indicators, such as multiple flow number and loading sensitivity curve, were utilized to evaluate the rutting resistance.
Despite the inherent impact of the current development in the clinical sector, the conductivity patch can be potentially utilized to evaluate the electrolyte content in sweat for other purposes, such as dehydration that is induced by physical activity.
