The results of experimental studies and in-situ investigations indicate that the cutting action of chain saw machines can be successfully simulated by linear cutting experiments and the suggested model is proven, though requiring some additional study, to be a useful and reliable tool for selection, design, and performance prediction and optimization of chain saw machines.
MRI and CT machines are usually used for medical diagnostics, orthotic materials for orthoses, but the usability of these technologies and medical materials can be successfully extended by interdisciplinary studies and production methods as described in this study.
Additionally, MQL has immense potentials to be successfully employed in various machining processes.
From around 1830 the diamond vrai Valenciennes mesh and some of the characteristic patterns were successfully imitated by machine.
The perspiration prediction is based on observing the surrounding temperature and humidity of care recipients, with the introduction of Heat Index and Stochastic Oscillator combining temperature and humidity into a single scale measurement, the personal perspiration prediction for care recipients are successfully done by machine learning method.
Furthermore, the experimental results clearly indicated that the machine-part visual clustering using GHSOM can be successfully applied in identifying a cohesive set of part family that is processed by a machine group.
This work shows by an example, namely an oil tank warning system, how ladder diagram programs, can be successfully modelled using variants of the X-machine model.
This indicates that the framework is robust and that different types of machine learning models can be successfully applied to it.
Dental crown (incisor) was successfully fabricated by optimizing different machining parameters.
Thus it can be machined by electrical discharge machining (EDM).
