Influence of Spur Gears Hardened Method to Allowable Stress Numbers for Bending

Author:

Jonšta Petr1,Maršálek Petr2,Havlík Jiří2,Jonšta Zdenĕk3,Valíček Jan4

Affiliation:

1. VŠB–Technical University of Ostrava

2. VŠB-Technical University of Ostrava

3. Vysoká Škola Báňská -Technical University of Ostrava

4. VŠB -Technical University of Ostrava

Abstract

The presented paper deals with comparison of spur gears classical and modern hardening process of the bending fatigue properties. It concerned particularly the hardened surface of the tooth flank using optical source of electromagnetic radiation. The results of fatigue tests were obtained on a servo-hydraulic testing machine LFV 100 kN made by walter+bai ag. These tests were defined by the standard ISO 6336 as method B, when testing is carried out under reference conditions close to the real operation. Comparison of test samples is also carried out on the basic of the achieved local hardness and hardened layer thickness in the tooth root, which is an initiation of fatigue crack.

Publisher

Trans Tech Publications, Ltd.

Subject

Mechanical Engineering,Mechanics of Materials,General Materials Science

Reference4 articles.

1. L. E. Alban. Number 1 gear failure – tooth bending fatigue. SAE technical paper 841088. (1984).

2. G. Gasparini et al. Bending fatigue tests of helicopter case carburized gears. Influence of material, design. Gear technology 26 (2009) 68-76.

3. C. Salamoun, M. Suchy. Spur and crossed helical gears with involute teeth. 1st ed. Prague: SNTL, 1990, 467 p. (in Czech).

4. H. Rettig, T. Weiß. Stahl und Eisen, 1981, Nr. 6, s. 413-416.

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