Sentence examples for numerical models presented from inspiring English sources

The numerical models presented for predicting behaviour during fires were calibrated and verified by full scale fire testing.

Selection criteria, methods to measure important properties of VIPs and analytical and numerical models presented in the past have been detailed.

The numerical models presented here are verified based on experimental tests considering different structural characteristics including: material nonlinearity, geometrical imperfection, residual stresses and perforations.

Using plume heights and wind field data recorded during the eruption, the two numerical models presented by Devenish (2013) and Woodhouse et al. (2013) predict mass flux values which are an order of magnitude larger than the results obtained by the three empirical models listed in Table 5.

The numerical models, present the effect of boundary conditions, the size of the concrete block, the tapering angle, and the coefficient of friction.

The numerical model presented provides a better understanding of experimental observations.

This model is calibrated well with the numerical model presented and both of these models are found to be conservative in predicting the test results.

The numerical model presented here enables the optimisation of scaffold design parameters and mass transfer environment necessary for developing a suitable ex vivo haematopoietic system.

The numerical model, presented in the companion paper, is verified with the aid of comparisons against the existing experimental and analytical results.

Furthermore, the numerical model presented in this paper can be developed to the design and thermal analysis of small partition wall type heat exchangers.

The numerical model presented here enables the optimisation of scaffold design parameters, fluid dynamics and mass transfer environment necessary for developing a suitable ex vivo haematopoietic system.