Meanwhile, a new time-dependent heterogeneous nucleation mechanism was proposed and investigated in detail.
A new time-dependent Method of Characteristics (MOC) formulation for nuclear reactor kinetics was developed utilizing angular flux time-derivative propagation.
In this paper we introduce G4-STORK (Geant4 STOchastic Reactor Kinetics), a new, time-dependent, Monte Carlo particle tracking code for reactor physics applications.
Secondly, a new time-dependent pore-level fluid tortuosity relation is established which is linked with a modified porosity-based Darcy-Forchheimer equation.
A new time-dependent Monte Carlo algorithm, including an original subroutine useful to reduce the time of the simulations, was developed and implemented in Fortran language.
A new time-dependent matrix-fracture transfer shape factor formulation and transfer functions for both filling- and instantly-filled fracture transfer are derived based on dimensional analysis of experimental data.
Two constitutive relationships were adopted for the shear connection, i.e., a linear-elastic one, and a new time-dependent one, to account for the long-term effects produced in the complex stress state of the concrete surrounding the shear connectors.
The method is made up of an optimization technique coupled with a new time-dependent interfacial adhesive model, the interfacial adhesive experiment at various loading rates and the finite element numerical simulation.
A new time-dependent model for concrete carbonation depth prediction combining with the ageing effects of a coating was established to predict the carbonation depth of concrete with organic film coatings under practical service environmental conditions.
Considering that the exact statistic characteristics of uncertain parameters such as the clearances and dimensions may not be available by virtue of the limited sample information in practical engineering, this paper investigates a new time-dependent reliability assessment method with insufficient uncertainty information.
A new time-dependent SHA model characterizing the different quiet-time magnetospheric contributions has been presented and is available as part of the software of the Pomme-6 model at http://geomag.org/models/pomme6.html.
