Sentence examples for numerical modeling tools from inspiring English sources
The design and analysis of the configurations that these devices may acquire under different flow conditions can be carried out using numerical modeling tools.
Numerical modeling tools were used for the definition and analysis of the electrode geometry and the material mechanical properties.
This chapter accordingly adapts the numerical modeling tools of classic, unsteady compressible flow to the context (boundary and operating conditions) of the Stirling engine.
Using numerical modelling tools, a correction factor is suggested in the empirical pillar strength equation for slender pillars having width to height ratio less than unity.
Analytical and numerical modelling tools permit effective process representation of the whole scenario, albeit with potential for inclusion of additional processes — e.g., multi-mechanistic sorption phase partitioning, and provide good opportunity for further sensitivity analysis and development to practitioner use.
With reference to past developments by others and new investigations conducted by the authors on the Driskos tunnel in Greece and the Istanbul metro, this paper illustrates how advanced numerical modelling tools can facilitate understanding of the influences of design parameters associated with the use of forepole elements.
Mathematical models and numerical simulation tools will play an important role in evaluating the feasibility of geologic disposal of CO2, and in designing and monitoring CO2 disposal operations.
Correlations between CFD and the experimental data confirm the adequate reproduction of hydrodynamic conditions and reinforce the predictive capabilities of numerical models as tools to simulate field scale closed containment systems or to optimize existing and future aquaculture designs.
Numerical modelling and simulation tools are essential for the TES design optimization and analysis of its thermal behaviour during charging and discharging phases.
To assess the potential of using numerical modeling as a tool to optimize the design and operation of land application equipment, the specific objectives of the work reported herein were to model the flow of organic fertilizers in such machines and to validate the models against various parameters measured during field experiments using commercial spreaders.
Mechanically-based numerical modeling is a powerful tool for investigating fundamental processes associated with the formation and evolution of both large and small-scale geologic structures.
