In all cases, good agreements are achieved between model-estimated and experimentally-determined process windows.
An excellent agreement (mostly within a factor of 3) is achieved between model-estimated fatigue lives and test lives for all materials under various non-proportional multi-axial loading conditions considered in this study.
Consistent source estimates were achieved between models with optimization techniques providing globally optimal solutions for sediment quantification.
For most profile error functions, good agreement is achieved between the model and experimental data.
A remarkably good agreement is achieved between the model and experimental results.
A reasonable agreement has been achieved between the model predictions and the experimental measurements.
A good agreement (within 14% difference) was achieved between the model results and the experimental data.
For values of grip and push forces set at 50 N, good agreement was achieved between the model predictions and the measurements, especially at frequencies above 35 Hz.
Good agreement is achieved between the model and the experimental data for multiple trial structures when only small oligomers are considered.
The result showed that good agreement can be achieved between the simulation model and the actual production line, and the system is anti-jamming.
