The deposition processes were investigated by applying design of experiment to identify the effects and interactions of the process parameters on the deposition characteristics and film properties.
Based on the theoretical interactions of the process parameters time, temperature, vacuum and autoclave pressure with the contamination diffusion on the one hand and the polymer crosslinking on the other, a theoretical, qualitative model about the influence could be established.
In this study we have successfully reconstructed and analysed a systemic network of interactions of the processes on-going in patients affected by RA.
In addition to the sensors, the tactile feedback adds even more human-computer interaction to the process of clicking on the screen.
Moreover, the comparison of analytically and numerically predicted development of curvature with experimental results presented by previous literature for unsymmetrical laminates further reveals the effect of tool-part interaction on the process-induced distortions and the accuracy of closed-form solution.
A response surface methodology (RSM) was used to investigate influence of the selected operating conditions as well as their interactions on the process performance.
The model is used principally to account for the effect of void fraction-dependent turbulence depression, bubble size distribution in the feed and bubble interactions on the process of transition.
RSM is recognized to model the effect of different input process variables, both main and interaction effects, on the process output variable (Box et al. 2005).
However, one cannot ignore the influence of the tumour stromal interaction on the invasive process, and this is highlighted by our finding of a significant difference in tumour margin MVD between pushing and infiltrative cancers.
Most of the previous studies tested the effect of one-factor-at-a-time; however, few studies examined three parameters and their interaction on the biosorption process.
Glass transition temperature of epoxy nanocomposites is closely related to the effects of the interfacial interaction on the curing process of bulk epoxy.
