The values of the mean logarithm of the mass number obtained by different experiments are consistent.
Each pair of solid and dashed lines represents p(Ro) for the values of the mean shell thickness indicated in the figure.
The experimental results show that confining the 3-D eutectics to 2-D growth conditions invariably leads to larger values of the mean rod spacing, but to smaller values of the mean rod diameter.
At O(1) Strouhal numbers, the flame response increases with decreasing values of the mean equivalence ratio.
Firstly, the inlet boundary values of the mean wind velocity in the mountainous area were provided by the Weather Research and Forecasting (WRF) mesoscale model.
The simulated values of the mean axial, radial and tangential velocities along with the turbulent kinetic energy have been compared with the measured LDA data.
Very good agreement with experimental data is obtained for computed values of the mean velocity of both gas and particulate phases, and the particulate concentration distribution.
Measured and estimated values of the mean wind speed were in reasonable agreement, with a Root Mean Square Error (RMSE) of 9.3%.
Absolute instability is obtained for somewhat extreme values of the mean flow (tiny boundary layer thickness), and under realistic conditions the flow is convectively unstable.
Absolute values of the mean kinetic energy provide direct insight into the local chemical environment of the proton under spatial confinement.
The staircase test method was employed to obtain accurate values of the mean fatigue limit stress corresponding to fixed numbers of cycles up to 109.
