Publications by authors named "Mateusz Bronis"
This article shows how different drilling strategies may affect the geometrical and dimensional accuracy of deep through holes. The tests were conducted on a three-axis direct-drive turning center. The holes were drilled in cylindrical PA6 aluminum alloy specimens 30 mm in length and 30 mm in diameter using 6 mm Ø VHM HPC TiAlN-coated twist drill bits.
View Article and Find Full Text PDFThis article discusses experimental results concerning the quality of through holes drilled in Inconel 718. The tests involved hole cutting under 27 different conditions using different values of the feed per revolution and spindle speed, and different types of kinematic system. The drilling was performed on a CTX Alpha 500 universal turning center using tools with internal coolant supply.
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- - This article investigates how different kinematic systems impact the accuracy of drilled through-holes, specifically focusing on the geometric and dimensional qualities of the holes produced.
- - The study involved drilling holes in a C45 steel cylinder using a specific drill bit, testing three distinct kinematic systems where either the tool or workpiece was fixed or rotated.
- - Utilizing the Taguchi orthogonal array method and ANOVA for analysis, the research found that all input parameters—cutting speed, feed per revolution, and kinematic system—significantly affected the quality of the drilled holes.
This article discusses the relationship between the kinematic system used in drilling and the quality of through-holes. The drilling was done on a CTX Alpha 500 universal turning center using a TiAlN-coated 6.0 mm drill bit with internal cooling, mounted in a driven tool holder.
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