The kinetic properties of the new putative enzymes are discussed on the basis of their three-dimensional model structure, built from the crystal structures of C. rugosa lipases.
A NURBS-based CAD program is used to model shell structures built up from NURBS and isogeometric analysis is performed on the same model without meshing.
For a given alignment, 20 model structures were built and evaluated with the programs PROCHECK [ 33] and ProSa [ 34] for stereo chemical and energetic validation, respectively, retaining only the model that better met the restrictions of both programs.
This paper presents the results of a sensitivity analysis of the diffusion-based corrosion initiation model for reinforced concrete structures built in chloride-laden environments.
We propose a statistical model to represent the structures built with the compliant pockets, and we provide a set of criteria for assessing the performance of the proposed system.
These models are concerned with mechanical structures built up with structural elements like plates or beams coupled with fluid [ 12] or electrical networks [ 13] consisting of inductors, resistances, capacitors, diodes, and amplifiers.
By introducing the stochastic variables, a new model structure is built obeying Bernoulli distribution to describe the system and the controller.
It suggests that direct weighted summation of projections in approximation space could be used for deriving consistent output prediction in case model structure is built with spline wavelets.
Maximum entropy conditional probability modeling (MECPM) [ 40], applying a novel, deterministic model structure search, builds multiple, variable-order interactions into a phenotype-posterior model, and is coupled with the Bayesian Information Criterion (BIC) to estimate the number of interaction models present.
A model of the CgPAD structure built with method of homology modeling was constructed based on the structure of LpPAD [Sali et al. 1993].
