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Comprehensive diagnosis and analysis of spur gears with pitting-crack coupling faults
Mechanism and Machine Theory, 2022Tian-Cheng Ouyang +4 more
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Mechanical systems and signal processing, 2019
This paper presents a correlation coefficient based parameter for detecting the natural progression of pitting fault in spur gear. The higher amplitudes of the shaft rotational frequency, gear mesh frequency and its harmonics dominates the sidebands ...
Pradeep Kundu, A. Darpe, M. Kulkarni
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This paper presents a correlation coefficient based parameter for detecting the natural progression of pitting fault in spur gear. The higher amplitudes of the shaft rotational frequency, gear mesh frequency and its harmonics dominates the sidebands ...
Pradeep Kundu, A. Darpe, M. Kulkarni
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A comprehensive review on design and analysisof spur gears
International Journal on Interactive Design and Manufacturing (ijidem), 2022Jawaz Alam, S. Panda, P. Dash
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1987
The simplest method by which a gear can be cut is to use a tool shaped exactly like the tooth space of the gear. This method of cutting gears is known as form cutting. In practice, the cutting tool is generally a milling cutter, such as the one shown in Figure 5.1. The gear blank is held stationary while the cutter is fed slowly in the direction of the
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The simplest method by which a gear can be cut is to use a tool shaped exactly like the tooth space of the gear. This method of cutting gears is known as form cutting. In practice, the cutting tool is generally a milling cutter, such as the one shown in Figure 5.1. The gear blank is held stationary while the cutter is fed slowly in the direction of the
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Load Capacity of the HCR-Spur Gears in Comparison with Standard Spur Gears
1998This paper deals with the load capacity of high contact ratio (HCR) external involute spur gears with theoretically accurate profile in comparison with the standard external involute gears. First, tooth root and Hertzian stress for a HCR- and standard gear pairs are calculated according to DIN 3990 and then compared.
Križan, Božidar, Lovrin, Neven
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Interference Between External Spur Gears
2020In this chapter, the problems of interference between external spur gears in both cutting and working conditions are first described and discussed. The discussion is quite general and therefore includes involute or primary interference and fillet interference.
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Manufacturing of Spur Gears, Helical Gears, and Splines
SAE Technical Paper Series, 1968<div class="htmlview paragraph">This paper describes and illustrates some of the manufacturing techniques being used to produce steel spur gears, helical gears, and splines. Applications of these techniques and their suitability based upon the end use of the product are also indicated.</div> <div class="htmlview paragraph">The paper ...
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