Sentence examples for benchmarking of the code from inspiring English sources

In recent years, use of the finite element code LS-DYNA has grown considerably in research and industry for structural fire analysis, but there is no benchmarking of the code available in the fire science literature for such applications.

Benchmarking of the code on a Cray XE6 system was performed to show efficiency of our parallelization concept and to demonstrate scaling up to 50 thousand cores in parallel.

A key element of these studies is the benchmarking of the codes that are being used for ITER to predict plasma wall interactions and, more generally, the influence of wall material on plasma performance and regimes of operation.

A detailed benchmarking of the HYPERION code has been done with the existing finite-difference full-wave code ORION.

The significance of the Phébus results for plant safety will be fully realised only after successful benchmarking of the computer codes against Phébus, and application to plant sequences.

The purpose of this model is to allow reliable predictions to be made for the performance of the software on large numbers of processors of a given parallel system, by only benchmarking the code on small numbers of processors.

These observations stimulate further benchmarking to confirm the accuracy of the code and gives directions on possible improvements to be applied to the code in the near future.

We discuss how theoretical analysis of the code and benchmarking on similar hardware lead to optimal systems.

For a proper validation of the code, four benchmarks are performed using one-dimensional dynamic analytical solutions developed by the authors.

Elementary validation cases are detailed, as well as application of the code to benchmark problems such as the HTR-10 thermal hydraulic exercise.

In this paper, the algorithm of the code and its benchmark processes are presented in detail.