Sentence examples for integration point to from inspiring English sources
The shell formulation presented in this contribution uses a continuous orthogonal rotation described by Rodrigues' tensor in every integration point to compute the current director vector.
And we believe the speaker also serves as a natural integration point to the smart home.
The site also establishes a cross-platform integration point to take advantage of the growing web properties already in place across NBC Universal.
A fraction of the enzyme, called mGSK-3, is located inside mitochondria [112], where it down-modulates both the Krebs cycle [113] and oxidative phosphorylation [114] and constitutes an integration point to funnel a multiplicity of survival pathways to target(s) at or in close proximity to the PTP [115,116].
Especially in this rapidly changing ecosystem, one must frequently monitor integration points to anticipate or mitigate incompatible changes.
New formulation is also developed to implement the evolution law at integration points to eliminate the length dependency of the energy-based damage criterion.
Finite element analysis is used to model a soil-cement column subjected to axial compression, and spatially random values of strength parameters are assigned at the integration points to simulate this heterogeneity.
Since the finite element software computes the stress and strain values at the integration points (Gauss points) of the elements, for all models and analyses the values of the shear strain for the failure criterion are taken at integration points to avoid interpolation inaccuracies from the integration points to the nodes [33].
In this study the Gauss Lobatto integration scheme is used since it allows for two integration points to coincide with the end sections of the element, where significant inelastic deformations typically take place.
On the other hand, the beam-with-hinges element implemented in OpenSees uses four integration points to compute element deformations assuming fixed plastic hinge lengths at the ends of the element.
Once the optimal number and discretization of the beams were defined, three different options to model the cross-section of the beams were compared: the cases of 23, 42 and 52 integration points to model the reinforcing bars and cover and core concrete were considered.
