UVAG of brittle materials: DoE with a cutting force model

Na Qin; Z. J. Pei; W. L. Cong; D. M. Guo

UVAG of brittle materials: DoE with a cutting force model

Na Qin, Z. J. Pei, W. L. Cong, D. M. Guo

Industrial Engineering

Research output: Contribution to conference › Paper › peer-review

1 Scopus citations

Abstract

Ultrasonic-vibration-Assisted grinding (UVAG) combines the material removal mechanisms of diamond grinding and ultrasonic machining. Models have been presented to predict material removal rate and edge chipping and many experiments have also been conducted. However, there were no models on cutting force in UVAG of brittle materials until the authors developed one. Based on this developed model, this paper reports a systematic study on cutting force in UVAG of brittle materials using a 26 factorial design. The main effects, two-factor and three-factor interaction effects on cutting force are revealed and compared with those obtained experimentally.

Original language	English
State	Published - 2010
Event	IIE Annual Conference and Expo 2010 - Cancun, Mexico Duration: Jun 5 2010 → Jun 9 2010

Conference

Conference	IIE Annual Conference and Expo 2010
Country	Mexico
City	Cancun
Period	06/5/10 → 06/9/10

Keywords

Brittle material
Cutting force
Design of experiment
Ultrasonic-vibration- Assisted grinding

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title = "UVAG of brittle materials: DoE with a cutting force model",

abstract = "Ultrasonic-vibration-Assisted grinding (UVAG) combines the material removal mechanisms of diamond grinding and ultrasonic machining. Models have been presented to predict material removal rate and edge chipping and many experiments have also been conducted. However, there were no models on cutting force in UVAG of brittle materials until the authors developed one. Based on this developed model, this paper reports a systematic study on cutting force in UVAG of brittle materials using a 26 factorial design. The main effects, two-factor and three-factor interaction effects on cutting force are revealed and compared with those obtained experimentally.",

keywords = "Brittle material, Cutting force, Design of experiment, Ultrasonic-vibration- Assisted grinding",

author = "Na Qin and Pei, {Z. J.} and Cong, {W. L.} and Guo, {D. M.}",

year = "2010",

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note = "null ; Conference date: 05-06-2010 Through 09-06-2010",

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TY - CONF

T1 - UVAG of brittle materials

AU - Qin, Na

AU - Pei, Z. J.

AU - Cong, W. L.

AU - Guo, D. M.

PY - 2010

Y1 - 2010

N2 - Ultrasonic-vibration-Assisted grinding (UVAG) combines the material removal mechanisms of diamond grinding and ultrasonic machining. Models have been presented to predict material removal rate and edge chipping and many experiments have also been conducted. However, there were no models on cutting force in UVAG of brittle materials until the authors developed one. Based on this developed model, this paper reports a systematic study on cutting force in UVAG of brittle materials using a 26 factorial design. The main effects, two-factor and three-factor interaction effects on cutting force are revealed and compared with those obtained experimentally.

AB - Ultrasonic-vibration-Assisted grinding (UVAG) combines the material removal mechanisms of diamond grinding and ultrasonic machining. Models have been presented to predict material removal rate and edge chipping and many experiments have also been conducted. However, there were no models on cutting force in UVAG of brittle materials until the authors developed one. Based on this developed model, this paper reports a systematic study on cutting force in UVAG of brittle materials using a 26 factorial design. The main effects, two-factor and three-factor interaction effects on cutting force are revealed and compared with those obtained experimentally.

KW - Brittle material

KW - Cutting force

KW - Design of experiment

KW - Ultrasonic-vibration- Assisted grinding

UR - http://www.scopus.com/inward/record.url?scp=84901044742&partnerID=8YFLogxK

M3 - Paper

AN - SCOPUS:84901044742

Y2 - 5 June 2010 through 9 June 2010

ER -

UVAG of brittle materials: DoE with a cutting force model

Abstract

Conference

Keywords

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