A Short Review on Frictional Contact Stress Distribution in Involute Gears
Journal: Tribology in Industry (Vol.41, No. 2)Publication Date: 2019-06-15
Authors : S.S. Patil S. Karuppanan I. Atanasovska;
Page : 254-266
Keywords : Contact Stress; Finite Element Method; Gear Testing; Contact mathematical models; Spur gear; Helical gear;
Abstract
In this paper, the gear contact evaluation models developed using various methods have been discussed. The new experimental and numerical methods have been presented. The research papers are classified into frictionless and frictional contact stress analysis and subdivided into experimental and finite element models. This paper will provide researchers with various information and huge literature data on the described subject. It serves as the rapid retrieval of data related to gear contact stress evaluation. Furthermore, a comprehensive discussion focusing on the customized experimental test rig (Gear Dynamic Stress Test Rig) has been done. Also, the finite element (FE) results showing the variation of contact stresses with and without friction, along the contact path has been shown. The FE results revealed that the contacting stresses between the gears increased significantly for different parallel axis gear, for a given coefficient of friction rise considered in the study.
Other Latest Articles
- FUNCTIONAL ACTIVITY OF P-GLYCOPROTEIN IN BLOOD-BRAIN BARRIER DURING EXPERIMENTAL PARKINSON'S SYNDROME
- THE MAIN RISK FACTORS AND THEIR IMPACT ON THE HIV/TUBERCULOSIS EPIDEMIC
- Maximum von Mises Stress in the Sliding Contact of Coated Bodies
- CATHEPSINS AS MARKERS OF MALIGNANT TUMORS OF THE MAMMARY GLANDS
- CLINICAL AND LABORATORY SUBSTANTIATION OF EFFICIENCY ENDODONTIC TREATMENT
Last modified: 2019-07-02 21:12:20