Sentence examples for simulation is capable from inspiring English sources

Stochastic simulation is capable of determining the infection establishment probability at the early infection stage.

We have also demonstrated that our simulation is capable of running faster than real-time being able to perform batch simulations on many different design iterations.

Atomistic models provide a bottom-up description of material properties and processes, and MD simulation is capable of solving the dynamic evolution of equilibrium and non-equilibrium processes.

The results of this study indicate that the integration of groundwater quality analysis and the numerical flow simulation is capable of establishing sound strategies for joint groundwater and surface water use.

As a case study we demonstrate that statistical simulation is capable of making viable microprocessor design decisions efficiently in early stages of a microprocessor design while considering performance, power consumption and cycle time.

The simulation is capable of giving detailed results at asperity scale (or entire distribution) for the hydrodynamic and/or contact pressure, film thickness (or gap), surface and asperity deformation, subsurface stresses, friction and flash temperature at the interface, as well as load sharing between the hydrodynamic film and asperity contacts.

The process simulation model is capable to be used as a design tool for process scale-up.

The resulting computer simulation model is capable of analysing the effects of coupled momentum, heat and mass transfer including system parameter variations and different operational conditions on reactor stability and conversion rate.

It demonstrates that the proposed spatiotemporal stochastic simulation model is capable of generating multi-site TDP flows with spatiotemporal correlation pattern similar to that of the observed multi-site TDP flows.

The simulation model is capable of reproducing the shape of the 2003/2004 H3N2 epidemic curve of Switzerland and generates an overall infection rate (14.9 percent) and reproduction numbers (between 1.2 and 1.3), which are realistic for seasonal influenza epidemics.

In this paper, we show that these locomotion controllers, evolved in simulation, are capable of directing the walking of a real six-legged robot, and that many of the desirable properties observed in simulation carry over directly to the real world.