In the present study, an approach for determining the different states of ball burnishing (BB) operations aimed at forming regular reliefs’ patterns on planar surfaces is introduced.
Stoyan Dimitrov Slavov +1 more
doaj +1 more source
Research on a gingival line extraction method to automatically process invisible braces
Gingival line cutting is the core process of invisible brace fabrication. It mainly relies on manual or semi-automatic cutting, which results in low efficiency and a lack of precision.
Wang Qin +4 more
doaj +1 more source
MOTION PRECISION ANALYSIS OF PERMANENT MAGNET SYBCHRONOUS GRINDING MOTORIZED SPINDLE
With the increasing requirements of the high-speed CNC machine tools for the motion accuracy of the spindle,it is necessary to study the accuracy of the permanent magnet synchronous( PMS) grinding motorized spindle.
GAO Feng +4 more
doaj
Application of GNNMCI(1, N) to environmental thermal error modelling of CNC machine tools [PDF]
Thermal errors are often quoted as being the largest contributor to inaccuracy of CNC machine tools, but they can be effectively reduced using error compensation.
Longstaff, Andrew P. +3 more
core
Calculation and Compensation Method for Fixture Errors in Five-Axis CNC Machine Tools [PDF]
Ren-Jyue Hong, Syh-Shiuh Yeh
openaire +1 more source
Cross-Alloy Transferability of Spindle-Synchronous Vibration Signatures in CNC Milling Using Physics-Informed Autospectrum Features. [PDF]
İşci M.
europepmc +1 more source
Research on Adaptive Machining Technology for Aluminum Alloy Free-Form Surfaces. [PDF]
Zhang W, Wang Y.
europepmc +1 more source
High-Speed Precision Machining and Surface Roughness Determination of Freeform Curves Using Galerkin-NURBS Interpolation and Jerk-Limited Trajectory Planning. [PDF]
Garba UH +4 more
europepmc +1 more source
In production system for tool wear prediction using multi-sensor time series and machine learning models. [PDF]
Dreyer J +3 more
europepmc +1 more source
Analysis and compensation strategy of non-linear error in five-axis CNC machining
This paper presents a new strategy of analysis and compensation of non-linear error. Non-linear error is an important source of machining error in multi-axis numerical controlled machining and it is unavoidable.
Liu HJ(刘红军) +4 more
core

