A response surface is an empirical fit of computed responses as a function of input parameters.
Also, mathematical models have been developed for the output responses as a function of input variables.
The reliability assessment makes use of a polynomial metamodel of the responses as a function of the relevant random variables.
Material porosity, bulk density and dynamic mechanical analysis (DMA) stress/strain responses as a function of compression were recorded.
Two different types of indenter tips – Berkovich and spherical – are employed to examine the SMAs' indentation responses as a function of the representative strain, εR.
They are evaluated in real time and allow for the fast prediction of process responses as a function of different process parameters.
Therefore, to assess the parameters in the bond slip model, a finite element model is constructed to obtain the force displacement responses as a function of the parameters in the bond slip model.
Empirical models for both responses as a function of the input factors were developed and the optimum input factors setting were determined, and found to be at 5% nanoparticle content, 35 kV voltage, and 1 ml/h volume flow rate.
Detailed analysis of the electrochemical responses as a function of the surface corrugation showed that the average Te coverage on a single Au nanoparticle is close to those observed on extended Au surfaces.
This study tested a cognitive appraisal model that examines the variance in publics' emotional responses, strategies of coping with crises, and acceptance of different organizational crisis responses, as a function of publics' appraisal of crisis predictability and controllability.
The current status of greenhouse CFD modelling was found to be at a higher standard than that of animal housing, owing to the incorporation of user-defined routines that simulate crop biological responses as a function of local environmental conditions.
