What question did this study set out to answer?

To optimize grinding conditions during machining of AISI 6150 alloy steel by evaluating accuracy, quality, and productivity.

May 24, 2026FME TransactionOpen Access

Optimization of grinding and wheel parameters during external cylindrical longitudinal machining of AISI 6150 alloy steel based on accuracy, quality and productivity

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Randomized trial optimizes accuracy, quality, and productivity in AISI 6150 alloy steel machining, suggesting improved machining methods.

To optimize grinding conditions during machining of AISI 6150 alloy steel by evaluating accuracy, quality, and productivity.
Conducted multi-objective optimization for external cylindrical grinding process
Varied input variables: wheel speed, workpiece speed, feed, depth of cut, number of passes, wheel grain size, and porosity
Developed regression equations and validated model through confirmation experiments.
Dimensional deviation values ranged from 0.0046 to 0.0144 mm, indicating acceptable accuracy
Surface roughness ranged from 0.4301 to 3.766 μm, showing quality variations
Material removal rate achieved between 9.375 to 112.5 mm³, reflecting productivity levels.

Milošević et al. (2026) studied this question.

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