Application of Reliability Prediction in the Design of CNC Machine Tools
p.1795
p.1795
Development of Flexible Positioning System for Assembly Line of Body-in-White
p.1799
p.1799
Geometric Error Identification of a Three-Axis Machining Center
p.1803
p.1803
Introduction of a CNC Multi-Tip Turning Tool Structure with Option of Automatic Follower Rest
p.1808
p.1808
Research of Reliability Growth Evaluation of CNC Machine Tools Based on Weibull Distribution
p.1812
p.1812
The CNC Development of the Sapphire Dig Rods Machine Based on the Z3050 Rocker Drill
p.1817
p.1817
Volumetric Errors Prediction of CNC Machine Tool Based on the Laser Interferometer
p.1822
p.1822
Accelerating Axle Gear-Shift Hole Processing Technique Improvement of CNC Equipment Headstock
p.1829
p.1829
Application of Go-Flow Methodology to the Reliability Evaluation in CNC Machine Tools
p.1833
p.1833
Research of Reliability Growth Evaluation of CNC Machine Tools Based on Weibull Distribution
Abstract:
In light of the characteristics and small samples of the research of the CNC machine tools based on Weibull distributions，dynamic modeling and middle rank are used to evaluate the failure rate of each test phase. Traditional Duane model are referred to fit parameters of the reliability growth model with least squares.
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Periodical:
Advanced Materials Research (Volumes 694-697)
Pages:
1812-1816
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Online since:
May 2013
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© 2013 Trans Tech Publications Ltd. All Rights Reserved
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