As an alternative, a temporal superposition applied analytical model can be used in a recursive curve fitting manner, but this method cannot provide the additional information that sequential method can.
A novel and easy-to-be applied analytical model is developed, to predict the piezoresistive response of CNT modified polymers, where the conductive network of CNTs within the polymeric matrix is modelled accounting for the three-dimensional random orientation of the nanofiller, the CNT waviness and entangling, and the electrical properties of the material in the undeformed state.
Most of the earlier literature which applied analytical tariff modeling focused on the impact of transaction costs (Sundararajan 2004) or capacity constraints (Essegaier et al. 2002) on a provider's profit.
This is in contrast to most commonly applied analytical equations (e.g., Maxwell model) that can only predict the MMM permeability under an implicit assumption that K and D f/ D m can be lumped into a single parameter, the permeability ratio P f/ P m = KD f/ D m.
Using this model, we first applied analytical tools to characterize rebound growth kinetics of the tumor during recurrence.
A possible future research interest may be to apply some analytical models with suitable utility function computed from the three delay budget components, so that the delay budget tradeoffs can be resolved analytically in some specific conditions, but that would be beyond the scope of this paper.
Pinel et al.19 applied an analytical model of long term ice unloading to evaluate the effect of thinning of the Mýrdalsjökull icecap and concluded that it could not explain the observed horizontal movements at the GPS stations around Katla volcano.
We present a qualitative analysis in a phase space to determine the longitudinal equilibrium positions on the planetary stationary orbits by applying an analytical model that considers linear gravitational perturbations.
This article analyzes the implications of capacity markets and allocation mechanisms for cross-border trade and market welfare by applying an analytical model where two markets with different market designs, the energy-only market and the energy-plus-capacity market, are interconnected and operate under different transmission capacity allocation schemes.
The authors apply an analytical model of the vortex flow that links vortex behaviour to surface pressure to assess these contributions, and show that their absence results in the net underprediction of Cp∨ and Cprms, even when the quasi-steady theory is applied fully, with no linear simplifications.
Furthermore, we apply our analytical model to micro-scale structured surfaces to further verify our theoretical predictions match the experimental observations well.
