The results are compared with those obtained using a theoretical linear model including surface tension and meniscus length.
In the UV vis range, the optical indices of the CNx films have been extracted accurately using a model including surface roughness.
Selected tracer tests were subject to basic modelling in which a one-dimensional (1D) advection dispersion model, including surface sorption, and an unlimited matrix diffusion were used for the interpretation of the results.
A new transfer function for electrochemical hydrogen permeation through metallic membranes is defined, and its analytical expression is obtained through a theoretical model including surface processes and bulk diffusion.
We perform Monte Carlo simulations to analyze the surface and size effects in spin-crossover nanocrystals using an Ising-like model including surface and core intermolecular interactions.
Most of the currently available relevant seismological and geological information have incorporated in the model, including surface topography, shallow sedimentary (V s 30; Kuo et al., 2012), and large-scale 3D wave-speed heterogeneity information.
Most of the currently available relevant seismological and geological information have incorporated in the model, including surface topography, shallow sedimentary (V s 30; Kuo et al., 2012), and large-scale 3D wave-speed heterogeneity information (Huang et al., 2014).
The constitutive models include surface-based cohesive behaviour to capture the elastic and plastic behaviour of masonry joints and a Drucker Prager (DP) plasticity model to simulate crushing of masonry under compression.
The model includes surface inflows and outflows, precipitation, evapotranspiration, and groundwater seepage.
The model includes surface and subsurface storage components representing the overall retention capacity of the green roof which is continuously re-established by evapotranspiration.
