Taking guidance from research on environmental preferences, the present study considers the effects of entropy (aggregate architectural variation) and building height on judgments of restoration likelihood for urban residential streetscapes.
The present study considers the effect of residual stresses on fatigue damage accumulation in a welded joint subjected to stochastic loading.
In this regard, present study considers the compensation of the shear stress effects in thermal environments to be more crucial than conventional evaluation.
Therefore, the present study considered brain activation effects related to speech latencies, whereas Abel et al. (2009) reported brain activation effects related to conditions (rather than speech latencies).
Furthermore, the present study considered a variety of predictors across various domains, mitigating the effects of any confounding factors.
Although the concept of using calibration phantoms to scale the reflectance is not novel, for an SFR device (or any other small source-detector separation device) the scattering phase function of the calibration phantom is a critical factor that needs to be accounted for in the design of the phantom; the present study considers phase function effects in detail.
The present study considers controlling redemption policies' effect on consumer commitment levels for accumulation-based and instant loyalty programs across social and economic award types.
An extensive simulation study is presented that considers the effects of non-response and non-random selection of individuals, allowing examination of the impact of ignoring the design weights and the benefits of spatial smoothing.
This study presents an analysis considering the effects of heat transfer loss and internal irreversibility due to adiabatic compression and expansion processes on the performance of an irreversible Dual Atkinson cycle engine (DACE) under non-dimensional maximum power (MP), non-dimensional maximum power density (MPD) and maximum thermal efficiency (MEF) conditions.
Finally, a parametric study is presented, which considers the effect of uncertainties in the heat loss coefficients and the exchange current densities, as well as that of the electrolyte thickness, on the optimal design and operation of the process.
