The use of virtual simulations utilizing numerical modeling techniques offers a potential approach to further optimize these devices.
Therefore, over the past two decades or more, Solvay Mine has been utilizing numerical modeling techniques along with field instrumentation/monitoring as part of an integrated program to gain an enhanced understanding of the complex response of the overlying stratigraphy (i.e., arching) to mining.
The laminar flame speeds were obtained using a non-linear extrapolation technique utilizing numerical simulations of the counterflow experiments with detailed descriptions of chemical kinetics and molecular transport.
The authentic biaxial failure stress was obtained utilizing numerical software.
Applications utilizing numerical algorithms on large-size data sets require high-throughput computation platforms.
Our technique using histogram correlation and RMS distance permits for potential extensions that will utilize numerical values contained within dots, much like in the case of digital images.
Remaining option is to utilize numerical computation methods.
To improve the accuracy of the experimental results, numerical techniques were utilized to simulate the melting process of the experiments.
Packages that use the same numerical techniques are expected to yield the same results, but results can differ if different numerical techniques are used.
where z is the given noisy image containing the unknown additive noise (Gaussian noise) η and u is the known actual image, all of which are defined on a domain Ω∈R 2. In literature, there are many effective numerical techniques have been utilized to tackle such models connected with image denoising having additive noise, for instance, in [1, 4, 13, 37, 44, 45].
Utilizing shock compression physics considerations and explicit numerical techniques a methodology has been developed to design composite personnel armor by optimizing the role each layer plays during projectile defeat.
