Results of the analytical model indicate that the elevation difference of 4.5m between thermal centers of the core and the steam generators could remove as much as 10% of the nominal operating reactor power.
Our analytical model indicates that energy efficiency is optimal (∼0.15) at high release site probabilities (∼0.76).
Simulation studies on the developed analytical model indicated a high performance of the designed controller in controlling the vibrations at first and second resonance regions.
The new analytical model of magnetic field is proposed to calculate the Lorentz force, this analytical model indicates that Lorentz force will change when coil of the VCM moves in the permanent magnet air gap.
The new analytical model indicates that the displacement amplification ratio of the bridge-type amplifiers decreases significantly in the presence of external loads, and its changing rate increases with higher external loads.
A comparative analysis between the results of the experimental pull-out tests results and those predicted from the analytical model indicates a satisfactory correlation is achieved between measured and predicted effective bond length, verifying the validity of the new model.
A comparative analysis of the results of the experimental pull-out tests results and those predicted from the analytical model indicates a satisfactory correlation is achieved between measured and predicted parameters.
The proposed analytical model indicates that the stability and dynamic response of beam-columns are highly sensitive to the coupling effects, particularly in members with both ends free to rotate.
However, the decision analytical model indicated that the strategy including MR staging decreased costs (MR imaging, $10 568; radical prostatectomy, $11 669) and resulted in almost equal life expectancy (MR imaging, 12.59 years; radical prostatectomy, 12.60 years) and quality-adjusted life-years (QUALYs) (MR imaging, 12.53; radical prostatectomy, 12.52).
Sensitivity analyses with this semi-analytical model indicate that optimizing fluid viscosity, injection rate, proppant density, proppant size, distribution of proppant size and the ratio of proppant volume to fracturing fluid volume can eliminate or at least delay the occurrence of screen-out.
The analysis results from analytical and numerical models indicate that injected water increases both flow velocities and thermal dispersion coefficients, especially near the injection well, and thus makes the effect of mechanical dispersion on heat transport very important even at low background flow velocity.
