Results were positive for the designed and tested ankle prosthesis.
The final measurements proved that the designed and developed encoder has the accuracy of 1.65 μm (3 standard deviations) at the speed up to 3 m/s.
oversaw the designed and creation of the experiments, oversaw the data and study design, interpreted the experiments and clinical trial as the principal investigator.
The first part of the study deals with the presentation of the designed and constructed components.
Furthermore, the electrical behavior of the designed and manufactured GaAs sensors is explained.
The geometry discrepancies between the designed and the fabricated strut were highlighted.
In the comparison using CMT and BPM, the designed and simulated results agree quite well.
The objective functions of the designed and manufactured impact electric discharge machine are almost satisfied.
In the practice, the designed and manufactured apparatus can present the ice cap of sea.
Deviations between the designed and practical energy store/release capacity of the systems are evaluated.
There were some differences between the designed and measured output wave profiles.
