The results are discussed on the lights of our extension of the crystal chemistry model, which establishes a relationship between ionic potential and friction coefficient.
The paper describes in detail ontological activity modelling which establishes relationships between activities and their involved entities, and temporal activity modelling which defines relationships between constituent activities of a composite activity.
The outcomes of research show that the method settles a series of problems of parameter association and model update in the process of finite element modeling which establishes a key technical basis for finite element parametric analysis and optimization design.
The MOD250_LAI product uses a physical radiative transfer model which establishes a relationship between LAI, fraction of vegetation cover (FVC) and given patterns of surface reflectance, view-illumination conditions and optical properties of vegetation.
In this paper, a 2nd-order generic normal cloud model, which establishes a relationship between normal cloud and normal distribution, is proposed, and the 2nd-order generic forward normal cloud transformation algorithm (2nd-GFCT) is presented.
The first one is the network model which establishes the relationship between the macroscopic deformation gradient F and the microscopic response obtained by integrating the response of the fibers in the mesodomain.
This paper presents the development and application of an approximate shallow water Analytic Shoaling and Refraction Method (Analytic S/R Model), which establishes the breaking wave height and angle for arbitrary nearshore slopes, thus extending the 3-D Step Model to the nearshore region where the depth is nonuniform.
With our simple and effective feature curve recovery tool, we can quickly sketch a set of characteristic features on each input model which establishes the correspondence to a pre-defined template mesh and thus allows us to generate the shape model.
To that aim, we introduce the Distance-Ring Exponential Stations Generator (DRESG) framework,1 designed to evaluate the performance of the so-called optimal-hop routing model, which establishes optimal routing connections in terms of energy efficiency, aiming to balance the consumption among all the STAs in the network.
A safety performance function is a multivariate model, which establishes a relationship between accidents and traffic flows and (optionally) other road characteristics of the road sites considered.
