At first, dimension of the permanent magnet is determined for designing optimum tool geometry.
Another important focus of this study is to find out the optimum machining parameters for the situations where it is not possible to select an optimum tool overhang.
Key characteristics of the tool weld interaction can be extracted, analysed and summarized to provide guidance on optimum tool selection for a given set of weld conditions.
First, a set of exploratory experiments has been performed to identify the optimum tool design and to select input parameters and their levels for later stage experiments.
The high increase in stable soil organic matter acts as a carbon sink, turning the system into an optimum tool for climate change mitigation and adaptation.
Superior surface finish and minimum cutting force were observed at 320 m/min cutting speed and 0.08 mm/rev feed whereas optimum tool wear was found in the range of 200 m/min to 260 m/min cutting speed.
The problem of generating optimum tool-paths to perform specific actions (e.g. part manufacturing or inspection) on curved surface samples, through numerical control machinery or robotic manipulators, will be increasingly encountered.
The optimum tool shoulder diameter computed from this principle using a numerical heat transfer and material flow model resulted in best weld metal strength in independent tests and peak temperatures that are well within the commonly encountered range.
Beams of heavy-charged particles like protons or carbon ions represent the optimum tool for the treatment of deep-seated inoperable tumors: in contrast to the conventionally used photons the dose increases along with the penetration depth through the body, culminating in a sharp maximum at the end of the particle range.
Optimization of parameters like temperature, initial substrate concentration and inoculum age by employing Central Composite Design (CCD) experiments using response surface methodology (RS M was proved to be an optimum tool.
