Sentence examples for the prediction procedures from inspiring English sources

The prediction procedures for fatigue life with given survivability of 45 steel notched FW joints under VAL by using Miner's rule and the expressions of P S N curves are outlined.

> -wrap-foot> Prior to the prediction procedures, we prepared a set of template RDM patterns as { RDM i } i =1| RDM |, where | RDM| is the number of unique template RDM patterns, and a set of EC sub-subclasses (the first three digits of EC numbers) as { EC k } k =1| EC |, where | EC| is the number of unique EC sub-subclasses.

The inherent value of any disease predictor, however, is a function not just of predictive power, but also the cost and invasiveness of the prediction procedure, and the cost and effectiveness of the interventions available.

The accuracy of the prediction procedure depends directly on the selected stiffness degradation model based on the experimental data.

Thus, at each sample time, the results of a fuzzy classifier are used as inputs in the prediction procedure.

The prediction procedure makes use of a receptance synthesis method, in which the dynamic model is composed of the elements such as the distributed-mass beam, the lumped mass and the joint.

The prediction procedure is based on representing the direct field of a source as a two-dimensional wavenumber spectrum in which the radial wavenumber and azimuth are the transform variables.

The prediction procedure consists of two sequential levels covering: (1) unidirectional fiber ply consisting of continuous fibers, matrix and randomly distributed pores and short-chopped fiber felt consisting of matrix and randomly distributed short fibers and pores; (2) needled laminate consisting of homogenous layers of fiber plies and felts and the needling yarn.

The prediction procedure was performed 16 times.

Because the prediction procedure is data independent for each basis particle, the MP operation can be easily implemented in parallel.

This includes (1) overview of GPU programming framework with CUDA; (2) parameter limitations assessment imposed by hardware; (3) an introduction for the prediction procedure in NP-StructurePredictor; (4) an introduction of dynamic algorithm for structure elucidation.