There are several experimental methods utilized to determine MMP such as slim tube displacement and rising bubble apparatus (RBA); however, these methods are expensive and time consuming.
The HCM algorithm, whose role is to carry out preprocessing of the experimental data, is utilized to determine the structure of Multi-FNNs.
A series of analytical, finite element and experimental analysis were utilized to determine the steady-state stresses and dynamic characteristic of the blade.
These novel and powerful experimental techniques can be utilized to determine fitness distributions of growth rate changes conferred by specific mutations under a variety of environmental conditions.
A quasi-experimental design is being utilized to determine the efficacy of the prevention program in reducing risk factors that lead to alcohol use during pregnancy.
The experimental design based on response surface methodology was utilized to determine optimal amount of affecting data.
A combination of experimental design, numerical simulations and regression analysis was utilized, to determine the mathematical models between objectives and design variables.
Central composite experimental design (CCD) and response surface methodology (RSM) were utilized to determine the best operating condition for maximum ethylene production.
In the sections below, we describe the approach utilized to determine if inflammatory mediators could predict the Procedure (ST or ST + HS) to which experimental animals were subjected.
The comparison of theoretical with experimental textures, and of predicted with observed anisotropy of plastic flow, is utilized to determine the slip geometry and the relative strength levels of the different deformation systems.
