Within this framework, model equations have been developed to correlate diffusion data in semicrystalline polymers, crosslinked polymers, filled polymers, block and graft copolymers, polymeric blends and drawn fibres.
In this paper attention is given to the efficient numerical evaluation of the Pacific Earthquake Engineering Research PEERR) performance-based earthquake engineering framework equations.
All contextual modulation models in the reactive task were fit using the DPM framework (Equations 3 5) with two free parameters in the drift (v b, v c), onset (tr b, tr c), and boundary (a b, a c) modulation models and four free parameters in the combined drift and onset modulation model (v b, v c, tr b, tr c).
An alternative to estimating GEBVs by summing up all the marker effects, is to estimate GEBVs directly within the framework of mixed model equations (MME).
In the framework of mixed model equations, a new best linear unbiased prediction (BLUP) method including a trait-specific relationship matrix (TA) was presented and termed TABLUP.
With markers covering the entire genome, genetic merit of genotyped individuals can be predicted directly within the framework of mixed model equations, by using a matrix of relationships among individuals that is derived from the markers.
Using this framework an equation for the potential vs quantity of charge dependence is derived and fitted to experimental data for galvanostatic oxidation.
Based on the macro-elements concept framework, thermodynamics equations are derived to express robust constitutive equations which are able to simulate different kinds of wall-slab junction.
We present a formalization of this language in the Rewriting Logic framework, employing equations for defining abstraction mappings on the state space of the system.
This dynamics framework yields equations of motion of a constrained system in a reduced-state form, from which the dynamic control model directly follows.
