Sentence examples for computational case from inspiring English sources
The phrase "computational case" is not a commonly used term in written English
It could potentially be used in technical writing or in discussions relating to computer science or data analysis. For example: "In this study, we analyzed the computational case for using artificial intelligence in predicting stock market trends." In this sentence, "computational case" refers to the evidence or argument that supports the use of artificial intelligence for predicting stock market trends.
An experimental and computational case study to determine the injection moulding window of a rectangular ABS plate is presented.
A computational case study using data from the Buffalo, New York, Police Department reveals the merits of this approach.
In this paper, a computational case study is presented regarding the cyclic plasticity behaviour of the over-aged CuCrZr cooling tube in a water-cooled tungsten mono-block divertor component.
In doing so, we rely on an agent-based simulation model for electricity wholesale markets which we apply within several numerical, computational case studies for the region of Central Western Europe (2012 2030).
A brief exposure to the methodology is given and results from the only available computational case study carried out by NASA Ames are compared with wind tunnel and flight test data.
Taking the parameters of Neveda sand determined in the VELACS project funded by NSF as the property parameters for the loose sand bed, a small-scale computational case like the experimental set-up in Mostafa et al. (1999) is taken as a representative case to investigate the wave-structure-loose seabed foundation interaction mechanism.
The method is first applied through a computational example case to the optimization of basic passive and active, non-linear isolation configurations.
Furthermore, a non-linear regression model is established depending on the data obtained from those computational cases.
The effect of the uncertainties of loads, electricity prices, and the involvement of BESS is also compared in four computational cases, as shown in Table 1.
In this paper, a neural network approach is employed to deal with the blending problem with surface construction based on digitized points, and some related computational cases are presented.
We demonstrate that the Navier Stokes equations are exactly recovered through the Chapman Enskog expansion, and present two computational cases that show independence of numerical results relative to the lattice orientation.
