The cutting speed was identified as the more significant parameter influencing the tool wear.
The results revealed that the feed rate is the more significant parameter influencing the surface roughness and cutting force.
It was observed that the shear rate was the more significant parameter affecting the solution viscosity as compared to the sulfonation degree.
It was observed that the shear rate was the more significant parameter affecting the solution viscosity as compared to the NaCl concentration.
It was observed that the NaCl concentration was the more significant parameter affecting the solution viscosity as compared to the molecular weight.
It was observed that the NaCl concentration was the more significant parameter affecting the solution viscosity as compared to the sulfonation degree.
It was observed that the polymer concentration was the more significant parameter affecting the solution viscosity as compared to the sulfonation degree.
It was observed that the polymer concentration was the more significant parameter affecting solution viscosity as compared to the shear rate.
Finally a comprehensive analysis result shows that for efficient casting, pouring temperature is more significant parameter as compared to sprue height.
As some other groups, we believe this to be the more significant parameter in judging the efficacy of palliative treatment, as a stabilisation of the disease without excessive toxicity often appears more important than objective remission [ 25, 26].
