Matches in SemOpenAlex for { <https://semopenalex.org/work/W2887018520> ?p ?o ?g. }
- W2887018520 endingPage "2251" @default.
- W2887018520 startingPage "2240" @default.
- W2887018520 abstract "During the last few decades, industrial robots have been widely used in various applications to develop a flexible and efficient manufacturing process such as material handling and welding. However, as a high value-added application, few robotic machining systems have been installed mainly due to the limitation from the chatter, which leads to the poor product quality and low productivity. Although researchers have been continuously investigating the robotic machining chatter, there is still a lack of understanding due to the complexity of the issue. This paper provides a comprehensive review on chatter-related issues during robotic machining tasks, including mechanisms, mitigation strategies, and identification methods regarding both regenerative chatter and mode coupling chatter. Due to the low stiffness and couple structure of industrial robots, both regenerate and mode coupling chatter can occur at different cutting conditions. The difference between two chatter mechanism in the robotic machining process are compared and a list of guidelines is provided to help in distinguishing these two types of chatter. Systemic analysis of the mechanisms of the chatter identification and suppression is presented providing a research basis for future studies." @default.
- W2887018520 created "2018-08-22" @default.
- W2887018520 creator A5006461574 @default.
- W2887018520 creator A5016906782 @default.
- W2887018520 creator A5052022256 @default.
- W2887018520 creator A5065851553 @default.
- W2887018520 creator A5073108691 @default.
- W2887018520 date "2018-10-01" @default.
- W2887018520 modified "2023-10-16" @default.
- W2887018520 title "A Review on Chatter in Robotic Machining Process Regarding Both Regenerative and Mode Coupling Mechanism" @default.
- W2887018520 cites W1496032626 @default.
- W2887018520 cites W1594734030 @default.
- W2887018520 cites W1929663704 @default.
- W2887018520 cites W1965149774 @default.
- W2887018520 cites W1969861458 @default.
- W2887018520 cites W1969876422 @default.
- W2887018520 cites W1973053591 @default.
- W2887018520 cites W1977627134 @default.
- W2887018520 cites W1978142652 @default.
- W2887018520 cites W1981281209 @default.
- W2887018520 cites W1984455387 @default.
- W2887018520 cites W1985137412 @default.
- W2887018520 cites W1986514633 @default.
- W2887018520 cites W1989327030 @default.
- W2887018520 cites W1989952867 @default.
- W2887018520 cites W1997988555 @default.
- W2887018520 cites W2010781143 @default.
- W2887018520 cites W2016712800 @default.
- W2887018520 cites W2016763624 @default.
- W2887018520 cites W2016998005 @default.
- W2887018520 cites W2021612534 @default.
- W2887018520 cites W2024496562 @default.
- W2887018520 cites W2032539430 @default.
- W2887018520 cites W2034898205 @default.
- W2887018520 cites W2035378940 @default.
- W2887018520 cites W2040022452 @default.
- W2887018520 cites W2041174078 @default.
- W2887018520 cites W2042584826 @default.
- W2887018520 cites W2045554885 @default.
- W2887018520 cites W2051059089 @default.
- W2887018520 cites W2051410726 @default.
- W2887018520 cites W2056250461 @default.
- W2887018520 cites W2065066538 @default.
- W2887018520 cites W2069893394 @default.
- W2887018520 cites W2071488484 @default.
- W2887018520 cites W2072578400 @default.
- W2887018520 cites W2073791197 @default.
- W2887018520 cites W2092477976 @default.
- W2887018520 cites W2109800869 @default.
- W2887018520 cites W2111178429 @default.
- W2887018520 cites W2120016017 @default.
- W2887018520 cites W2125226428 @default.
- W2887018520 cites W2154728743 @default.
- W2887018520 cites W2161072842 @default.
- W2887018520 cites W2161272461 @default.
- W2887018520 cites W2169164876 @default.
- W2887018520 cites W2183029686 @default.
- W2887018520 cites W2184465722 @default.
- W2887018520 cites W2273672928 @default.
- W2887018520 cites W2286490889 @default.
- W2887018520 cites W2292488196 @default.
- W2887018520 cites W2338974798 @default.
- W2887018520 cites W2378793305 @default.
- W2887018520 cites W2414935486 @default.
- W2887018520 cites W2440260721 @default.
- W2887018520 cites W2507382604 @default.
- W2887018520 cites W2520749312 @default.
- W2887018520 cites W2524948856 @default.
- W2887018520 cites W2525627239 @default.
- W2887018520 cites W2553558006 @default.
- W2887018520 cites W2558862640 @default.
- W2887018520 cites W2562733568 @default.
- W2887018520 cites W2563394884 @default.
- W2887018520 cites W2576505587 @default.
- W2887018520 cites W2791565490 @default.
- W2887018520 cites W2887412864 @default.
- W2887018520 cites W4235119899 @default.
- W2887018520 cites W2039641060 @default.
- W2887018520 doi "https://doi.org/10.1109/tmech.2018.2864652" @default.
- W2887018520 hasPublicationYear "2018" @default.
- W2887018520 type Work @default.
- W2887018520 sameAs 2887018520 @default.
- W2887018520 citedByCount "67" @default.
- W2887018520 countsByYear W28870185202019 @default.
- W2887018520 countsByYear W28870185202020 @default.
- W2887018520 countsByYear W28870185202021 @default.
- W2887018520 countsByYear W28870185202022 @default.
- W2887018520 countsByYear W28870185202023 @default.
- W2887018520 crossrefType "journal-article" @default.
- W2887018520 hasAuthorship W2887018520A5006461574 @default.
- W2887018520 hasAuthorship W2887018520A5016906782 @default.
- W2887018520 hasAuthorship W2887018520A5052022256 @default.
- W2887018520 hasAuthorship W2887018520A5065851553 @default.
- W2887018520 hasAuthorship W2887018520A5073108691 @default.
- W2887018520 hasConcept C111472728 @default.
- W2887018520 hasConcept C111919701 @default.
- W2887018520 hasConcept C116834253 @default.
- W2887018520 hasConcept C127413603 @default.