All material constants necessary to predict the yield stress, the rate and temperature dependence are non-adjustable parameters depending on the particular deformation mode.
The model allows also to investigate the dependence of chemical species density as a function of input parameters depending on actual discharge parameters.
These results show that spinae production is regulated by different environmental and physiology parameters depending on the species analyzed.
The methodology allows the user to select different parameters depending on the road type analyzed.
Interfacial impedance has constant phase element (CPE) character with parameters depending on potential and concentration.
Different values were obtained for the parameters depending on the nature of the hydrocarbon suspension.
Effective kinetic parameters depending on lithiation C-rates are obtained along lithiation progress from a large body of impedance data.
Combinations between two and ten CP parameters, depending on RCM mode, are found to provide the highest accuracy.
We suggest the control system built up from two units, nonlinear velocity feedback with the parameters depending on the noise strength, and noise-independent position feedback.
However, their surface decoration could be only preserved with some specific plasma parameters depending on the applied energy and also on the induced surface chemistry.
A simplest method to study the variation of these rheological parameters, depending on the mixture design, is proposed, using the micromortar, which derivates from the studied SCC.
