AI Summary & Key Takeaways
AI InsightLater, an experimental design was made and a surface roughness equation was obtained by factorial regression analysis.
📌 3 Key Takeaways
Abstract
In this study, surface roughness of austenitic manganese steel was investigated in hot machining by heating with a liquid petroleum gas flame in a lathe machine. First, the value of surface roughness was measured under cutting conditions that varied in terms of cutting speed, feed, cutting depth and heating temperature. The relationship between surface roughness and cutting conditions was determined. Later, an experimental design was made and a surface roughness equation was obtained by factorial regression analysis.
Özet
In this study, surface roughness of austenitic manganese steel was investigated in hot machining by heating with a liquid petroleum gas flame in a lathe machine. First, the value of surface roughness was measured under cutting conditions that varied in terms of cutting speed, feed, cutting depth and heating temperature. The relationship between surface roughness and cutting conditions was determined. Later, an experimental design was made and a surface roughness equation was obtained by factorial regression analysis.