A novel analytical five-axis path-smoothing algorithm is developed for the high speed
machining of a linear five-axis tool path. Segment junctions of the linear tool path in the …

Smooth transitions between two adjacent five-axis toolpaths can reduce feedrate fluctuation,
improving machining quality and efficiency. Hybrid robots' flexibility to adjust the orientation …

The paper presents a survey of five-axis computer numerical controlled (CNC) machining
optimization methods employing adaptable geometric patterns. First, the survey introduces …

In actual manufacturing process, many weldments have large dimensions and complex
shapes, and they are usually assembled through a multi-pass welding process. The joints of …

The paper introduces a complete offline programming toolbox for remote laser welding
(RLW) which provides a semi-automated method for computing close-to-optimal robot …

In this paper, two new interpolation algorithms for CNC machining along curved tool pathes
are proposed: a time-optimal interpolation algorithm under chord error, feedrate, and …

The paper discusses the technical background of the remote laser welding (RLW)
technology, its novel opportunities and implica-tions for planning processes. Our ultimate …

By examining the effects of three stock market indicators (market accessibility, efficiency, and
stability) on income and wealth inequality in the BRICS and G7 countries, this study enriches …

Cutter orientation modification with kinematic constraints is very necessary and effective for
five-axis machining especially machining at high speed. It is very helpful for achieving a …

This paper proposes a new interpolation approach for five-axis hybrid robots to enhance the
surface quality and efficiency of machining processes. Hybrid robots have the potential to …