This paper presents the application of a new method for interfacial modeling utilizing a merger of continuous Galerkin and discontinuous Galerkin concepts to simulate the behavior of mechanical joints.
Waga et al. (2007) used such concepts to simulate sympatric speciation, but without the Penna aging model.
The solution concept enables to simulate luminous intensity solids for various light guides and sky luminance patterns.
The results from this proof-of-concept effort to simulate the population densities of this benthic dinoflagellate suggest promise for more elaborate modeling efforts, and their potential value to protect against human impacts from future CFP outbreaks.
For more extended courses in bioenergetics, boxes may be useful tools to introduce some concepts and to simulate simple reactions, but then equations and real metabolic processes should be emphasized to ensure that students genuinely understand cell physiology.
Using mathematical concepts designed to simulate the conditions influencing biological evolution, genetic algorithms are able to search conformational space by "mutating" a ligand in order to find its lowest energy conformation in the "environment" of a fixed protein.
The multiple model analysis concept is employed to simulate laminates with existing delaminations.
A phenomenological model based on the configurational entropy concept was used to simulate the structural relaxation phenomenon and to evaluate the temperature dependence and distribution of the relaxation times of the conformational rearrangements for these networks.
This concept permits us to simulate biological signal propagation and therefore to estimate the collaboration probability for all gene pairs, directly or indirectly-connected, according to multi paths connecting them.
For instance, this correlates to the concept of using senses to simulate what another sense is unable to do.
