For each benchmark, the verification engine was invoked by manually setting file name, timeout, and bit-vector-arithmetic solver7.
(1) A set of field measurements for low temperature (below −20 °C) carbon dioxide injection is presented, which can serve as an experimental benchmark for verification and validation of theoretical and numerical models.
Fig. 10 Summary of the results of all benchmarks, per verification category.
Code verification benchmarks and validation benchmarks have been constructed for a number of years in every field of computational simulation.
A verification benchmark shows optimal algebraic convergence rates in time for the velocity, pressure, and vorticity.
The ITER benchmark model, a verification model created by ITER International Organization, was used for benchmarking the latest SuperMC which can perform CAD-based neutron and photon transport calculation.
A primary objective was to produce a comprehensive range of new distributed plasticity analytical benchmark solutions for verification of the concentrated plasticity methods.
A quasi-two-dimensional model problem is presented, which can be used as a benchmark problem for verification of numerical methods for the solution of the low Mach number compressible reactive flow equations.
Analyses have been performed to understand response characteristics under various loading conditions, and provide some benchmark data for verification of existing comprehensive computer programs and some basic design guidelines for maglev systems.
Since there are no published benchmark results for verification, a series of simple, accurate and robust finite element (FE) analysis models and realistic electro-mechanical coupled FE procedures are developed for the effective prediction of the structural behaviour of the smart laminated piezo-composite structures under arbitrary loads.
