The kinetic BAC model includes consideration of processes occurring in the liquid surrounding the GAC particles, in the biofilm attached to the GAC and within the GAC particles.
The model includes consideration of the electron transfer control regime of the electrode reaction, mass transport limitations and the finite conductivity of the electrode material.
With various degrees of complexity, the models include consideration of soil moisture and litter volumes and composition.
This study presents a full three-dimensional nonlinear pulse propagation and amplification model that includes considerations for phase-matching, diffraction, and walk-off effects.
Recent data on short fatigue crack growth in two cast and hot isostatically pressed (hipped) aluminum alloys obtained by Shyam, Allison and Jones have been analyzed in terms of a previously proposed one-parameter short crack model which includes consideration of elastic plastic effects, the Kitagawa effect and the development of crack closure in the wake of a newly formed crack.
Moreover, we assumed the form of the model (i.e. OLS regression), and only considered the uncertainty coming from its composition, while a broader model selection problem also includes considerations of the uncertainty regarding the functional form of the model.
The constitutive model includes the consideration of plastic strains and the influence of strain rate.
The thermal model includes full consideration of the heat transfer in the friction pairs, air-oil mixture, and eventually the surrounding solid parts.
Advantages of such a model include (i) consideration of probe-probe variation, (ii) easily interpretable confidence of the detections and (iii) straight forward false discovery rate (FDR) control/estimate [ 18, 19].
The overall model includes 13 species and taking into consideration transcripts, dimerization and post-translational modifications, therefore gives rise to 27 distinct forms.
