A finite element based procedure is suggested for the modeling of hydraulic fracturing of heterogeneous rocks on a macroscopic scale.
Firstly, a self feeding based procedure is proposed with the intention of being a fast method to be used as a first estimate of suitable process parameters.
A new real-time PCR (RTi-PCR) based procedure was developed for the rapid and specific detection and quantification of A. carbonarius in wine grapes.
Since its data were used for imputation, the CT based procedure was not included as a predictor in the prediction models.
A resampling based procedure was then performed to compare the estimates of population mutation rate at loci with different motifs from the same species and/or subspecies.
A computer communication protocol based on this social procedure is the token ring protocol.
Particularly, a dimethylformamide −SO3/pyridine based procedure has been employed for the generation of anionic polysaccharides.
A genetic algorithm based solution procedure is proposed to solve the sub-problem efficiently.
In this study, a performance based design procedure was developed for the proposed system.
The rationale of the procedure is based on the fact that automated selection procedures are likely to identify noisy variables.
The synthesis procedure is based on the operation of the separation product matrix representing the products.
