Robotic grinding is considered as an alternative towards the efficient and intelligent
machining of complex components by virtue of its flexibility, intelligence and cost efficiency …

The machine learning (ML) approach, motivated by artificial intelligence (AI), is an inspiring
mathematical algorithm that accurately simulates many engineering processes. Machine …

Higher requirements are being imposed on blade surface quality due to the continuous
improvement of thrust-to-weight ratio and endurance in advanced aero-engines. Robot …

Abrasive finishing processes such as grinding, lapping or disc polishing are one of the most
practical means for processing materials to manufacture products with fine surface finish …

Manufacturing plays an important role since they are among the largest energy consumers
in modern societies. With the enhancement of environmental protection and a severe …

Grinding is a key technology for difficult-to-machine materials, eg, super alloys, ceramics,
and composites. The material removal behavior is dependent on almost all grinding …

On-line monitoring technologies in CNC machining operations eliminate post-process
quality control, and are crucial for improving productivity and reliability, reducing production …

High-performance component manufacturing has increasing needs of robotic grinding
process that can achieve accurate material removal. This article proposes a novel material …

Abrasive belt grinding has attracted attention in recent years in both industry and academia
due to the rapid development of abrasive belts. In-process tool condition monitoring in …

Accurate material removal modeling is the basis for optimizing the surface quality and
improving the performance of equipment components. In this study, a multi-sensor fusion …