Utilizing a recently developed auto-tuning framework, we explore the effect of these parameters, their limitations and insights into optimizations for improved performance.
In a follow-up paper that is to be published elsewhere, we will utilize a recently developed G-AIC [17, 18] for the classification of the extracted lattice parameter sets of this paper into Bravais lattice types.
We utilized a recently developed 100-member ensemble-based observed forcing data to simulate hydrologic fluxes at 1/8° spatial resolution using Variable Infiltration Capacity (VIC) model, and compared the results with a deterministic observation.
In this study, we utilized a recently developed structural optimization algorithm, design space optimization (DSO), to perform a micro-level three-dimensional finite element bone remodeling simulation on the human proximal femur pre- and post-THA.
Utilizing a recently developed exact closed-form solution for a single polygonal quantum wire (QWR) inclusion problem, we theoretically investigate the elastic strain and electric fields induced by QWR arrays embedded in GaAs.
In the current work, we utilize a recently developed staged Livengood Wu (L W) correlation to evaluate and predict the two-stage ignition behaviors of different primary reference fuels (PRFs) under homogeneous reciprocating engine conditions, to demonstrate its capability in capturing detailed ignition kinetics in combustion simulation.
In particular, the reforming of methane, a typical biogas (comprising of 60% CH4 and 40% CO2), methanol and ethanol is numerically assessed by utilizing a recently developed and validated comprehensive detailed kinetic mechanism for C1 C6 hydrocarbons, augmented with a PAH model.
We utilized a recently developed pig whole-genome 70-mer oligonucleotide microarray for this study.
In this work, we utilized a recently developed H2O2 genetically encoded biosensor HyPer.
We utilized a recently developed bioinformatics pipeline to distinguish authentic mature miRNA sequences from other small RNAs and short RNA fragments represented in the sequencing data [15].
