Sentence examples for benchmark phase from inspiring English sources

The present paper provides a summary and conclusions of the second activity of the Benchmark Phase II, which is based on the input uncertainty propagation methodology.

In the framework of OECD/NEA Working Group on Fuel Safety, a RIA fuel-rod-code Benchmark Phase I was organized in 2010 2013.

In this contribution, a global optimization computational method called DIviding RECTangles (DIRECT), introduced by Jones et al. [D.R. Jones, C.D. Perttunen, B.E. Stuckman, Journal of Optimization Theory and Applications 79 (1993) 157 181] is used to solve six benchmark phase equilibrium examples drawn from the literature.

A second phase of the benchmark (Phase II) was thus launched early in 2014, which has been organized in two complementary activities: (1) comparison of the results of different simulations on simplified cases in order to provide additional bases for understanding the differences in modelling of the concerned phenomena; (2) assessment of the uncertainty of the results.

Finally, based on the RIA benchmark Phase-I and Phase-II conclusions, some recommendations are made.

"We are continuing to try to meet that demand as best we can". The new benchmarks phasing in this year emphasize real-life applications of classroom material and encourage students to think critically about what they're learning.

The framework of the Burn-up Credit Criticality Benchmark NEA-6227 (Phase II-D) is used to model different rodded configurations of a UO2 fuel assembly by the lattice code APOLLO2.8, providing also additional validation elements for the code.

We demonstrate solver performance based on three two-phase benchmark problems: two-phase shock-tube problem, faucet flow problem, and Christensen boiling pipe problem.

The quantitative description of the dynamic behaviors of the microstructural attributes adds a valuable data set to grain growth that can be used for benchmarking for phase field modeling and comparison with other approaches.

Unfortunately, each purpose is somewhat compromised by bundling the two tasks without benchmarking each phase of the project independently.

This paper provides a detailed introduction of the benchmark specification of Phase I, known as the "kinetics phase", including the geometry description, supporting neutron transport data, transient scenarios in both two-dimensional (2-D) and three-dimensional (3-D) configurations, as well as the expected output parameters from the participants.