Sentence examples for model conversion from from inspiring English sources

Furthermore the paper describes the necessary model conversion from a low-order deep drawing simulation to a spring-back computation based on the p-version of the FEM.

The advent of NURBS based isogeometric analysis has made it even more advantageous to use NURBS in shape optimization since it can potentially avoid the inaccuracy and labor-tediousness in geometric model conversion from the design model to the analysis model.

The samples of model conversion from 2D illustrations to abstract, tangible 3D engineering configurations incorporate the representation of glass and steel low-rise and high-rise building structures, as well as long span bridges being generated from compression and tension principles.

The association between CSF biomarkers and different outcome measures were analyzed using Cox proportional hazard models (conversion from MCI to AD), logistic regression models (classification of clinical groups) and mixed-effects models adjusted for age, gender, education, t-tau/Aβ1 42 t-tau/Aβ1 42presence (bandline APOElongitudinal association between biomarkers and cognitive scores).

We aimed to develop a predictive scoring model for conversion from laparoscopic to open based on pre-operative patient characteristics.

The implementation of a virtual linac source model and the conversion from the Monte Carlo source modeling reference plane into the treatment reference plane is discussed.

The faster upward motion in this model provides faster conversion from cloud to rain (Tomita 2008; Sato et al. 2015).

"Since we launched this model, we see conversion from signup to trial (with a credit card) of 20% compared with 0.8% before, when we had an offering like Netflix.

Equation (17) models the energy conversion from the energy source in form k to the energy product in form k * (an alias of k) at the corresponding part-load conversion rate (eta_{{j,k^^{n}), if subsystem works at the n th operational regime.

Namely, when modeling endocytosis, the models of cargo transport through conversion from Rab5 to Rab7 [ 15, 23] show that the dynamics of the system is controlled by the active, GTP-bound state of the Rab domain proteins, while the concentration of their inactive GDP-bound state remains primarily constant throughout the conversion.

As an approximation, time scales for the fractional-order equations suggest that the conversion from the model variable t to real time can be modeled by using ((k_{XG})^{1/alpha}) as a rate of movement of glucose from the blood giving values in the range 0.007 to 0.02 min−1 which appear reasonable.