Sentence examples for development are simulated from inspiring English sources

The transients characterizing the instability development are simulated.

On the macro-scale, influence of these parameters on the temperature evolution in semi-adiabatic (field) conditions and tensile stress development are simulated.

Crop growth and development are simulated by a generic model based on the DSSAT crop models, and which can be parameterised for different crops.

Since the models that were used in growth simulation have five-year time step, stand development was simulated in 5-year steps.

With a combined model approach focusing on household decisions regarding the choice of residence, future urban land-use development was simulated for metropolitan Berlin, Germany for growth and shrinkage scenarios.

Various ranges of mass transfer coefficient (MTC) from normal (0.3 × 10− 6 to 2.1 × 10− 6 kg/m2sPa: currently available membranes) to high (> 2.1 × 10− 6 kg/membranesmbranes under development) were simulated using an experimentally validated model at different ranges of convection heat transfer by varying the inlet flow rates and spacer enhancement factor.

The problem formulations correspond to continuous cover management since planting was not an option when stand development was simulated.

Stand development was simulated by using the individual-tree models of Pukkala et al. (2009, 2013) for diameter increment, survival and tree height.

A 10-m wide buffer zone was generated around the plot when stand development was simulated (when computing the predictors of the models), and the buffer was removed after completing a simulation time step.

It is not uncommon that some important elements of stand dynamics like advance regeneration are ignored when stand development is simulated (e.g., Valsta 1992; Pukkala and Miina 1997).

The population development was simulated for the years 2009 2089.