A crossover experimental design was utilized with groups of five and six animals.
This control system was utilized with low voltage PMSM with the interturn short fault emulation.
A quasi-experimental design was utilized with 78 volunteer female participants aged 8-12 werewere attending a volleyball school.
Mixture Design of Experiment (DOE) was utilized, with analysis of compressive strength, modulus of elasticity, hydraulic properties, cost, CO2 production, and energy consumption.
To compare performance of the three pathways, a black-box system model was utilized with relevant assumptions to analyze their mass and energy conversion efficiencies.
In this research, the BWI procedure was utilized with the ball mill approach in the RIM test to evaluate torrefied biomass materials.
The Incremental Dynamic Analysis (IDA) procedure was utilized with an ensemble of 44 scaled historical ground motions to construct structural and nonstructural fragility curves for various performance objectives.
Furthermore, a decision aid tool based on two different functions was utilized with the technique MACBETH to select the conditions for scale-up.
A dual-tracer injection scheme was utilized with the sorbing or reactive tracer compared to a non-reactive tracer (chloride) injected simultaneously.
In order to comprehensively investigate the effect of different joint geometries on the shear behavior of rocks, the Distinct Element Method (DEM) was utilized with a new bond contact model.
Finally, virtual consensus docking method was utilized with the aim of design of new 2,5-diketopiperazine derivatives with significant inhibitory effect on both αβ-tubulin and BCRP proteins.
