Advanced technologies for the calibration of machine tools are presented. Kinematic errors
independently of their causes are classified into errors within one-axis as intra-axis errors …

The dynamic error of CNC machine tools, which often exceeds the quasi-static error at high-
speed machining, becomes the main reason affecting the machining error of the sculptured …

Modern high-speed 5-axis machining toolpaths consist of densely discretized tool center
points (TCP) and tool orientation vectors (TOV). This paper presents a global interpolation …

Current nonuniform rational B-spline interpolating methods encounter problems pertaining
to the interpolating error, feedrate profile, and machining efficiency; the optimal feedrate …

axis machining tool-paths, when programmed in workpiece coordinates, translational and
rotational tool motion in terms of Cartesian tool center points (TCPs), and unit tool orientation …

The toolpaths for curved surfaces generated by most existing computer-aided-manufacturing
applications are always consisted by short line segments. Due to the first-order discontinuity …

This paper presents a deep neural network-based approach to predict machining cycle (run)
times along complex 3-axis machining part programs. CAD/CAM systems are utilized to …

This paper presents an accurate machining feedrate prediction technique by modelling the
trajectory generation behaviour of modern CNC machine tools. Typically, CAM systems …

Accurate prediction of machining cycle times is important in the manufacturing industry.
Usually, Computer-Aided Manufacturing (CAM) software estimates the machining times …

In time dependent CNC processes such as polishing, a target material removal profile is
obtained by creating and inputting G-codes with varying feed into the controller of a machine …