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A Generic Evolutionary Ensemble Learning Framework for Surface Roughness Prediction in Manufacturing by Shutong Xie; Zongbao He; Chunjin Wang; Chao Liu; Xiaolong Ke is a Engineering article available to read on EtoBox.

What is A Generic Evolutionary Ensemble Learning Framework for Surface Roughness Prediction in Manufacturing about?

ABSTRACT Surface roughness is primarily used to evaluate the surface finish of a workpiece, which significantly affects the quality performance of the finished components. Effective surface roughness prediction can reduce the time of trial-and-test, thus increasing productivity and reducing costs. Although earlier studies have proposed many different prediction approaches for different machining methods, few studies have been done to develop a generic approach for surface roughness prediction. Therefore, this paper presents a generic evolutionary ensemble learning (GEEL) framework for surface roughness prediction of different kinds of manufacturing process. The GEEL framework for surface roughness prediction consists of three modules, including pre-processing module, multi-algorithm regression module, and GA-based ensemble learning module. Validation experiments were conducted on fluid jet polishing (FJP) of 3D-printed Cobalt Chrome (CoCr) alloy and other seven cases of different machining methods. The results indicate that the mean square error (MSE) and mean absolute error (MAE), obtained by the proposed method were reduced to a certain extent than typical methods in predicting t

Who reads A Generic Evolutionary Ensemble Learning Framework for Surface Roughness Prediction in Manufacturing?

Author

Shutong Xie; Zongbao He; Chunjin Wang; Chao Liu; Xiaolong Ke

Publisher

Informa UK Limited

Published

2023

Language

EN

Field

Engineering (Physical Sciences)