This measurement method was also used to measure the liquid film thickness under pulsating conditions, and the study shows that our proposed method can be used to measure the liquid film thickness not only in the steady condition but also in the pulsating condition.
A semi-automated radiographic measurement method was developed to collect morphological measures of the ankle joint.
A new method, the power coefficient measurement method, was proposed recently by Fahy to measure power transfer and dissipation coefficients.
The vision measurement method was found to be effective in measuring the diameter of the workpiece in real-time during turning within an accuracy of 0.6%.
The FEA simulation of the measurement method was used (1) to explain any discrepancy between the measured and FEA predicted stresses and (2) to further modify and extend the present deep-hole drilling technique and improve its accuracy.
The measurement results were consistent with the theoretical values, indicating that the measurement method was feasible.
Therefore, a rapid measurement method was developed using Artificial Neural Network to support the application of daily evaluation model.
A new crystallographic orientation measurement method was described in 3D space, utilizing grain boundary tracking (GBT) information.
The applicability of the C.E.T. sensor was verified and a new design and measurement method was described in this research.
To take further advantage of this highly sophisticated tool, a process diagnostic method based on cutting force measurement method was developed.
A new measurement method was developed to quickly determine vibration response, nonlinear distortions and noise level of acoustically driven biomechanical systems.
