![]() Litvin FL et al (2003) Modified involute helical gears: computerized design, simulation of meshing and stress analysis. Design and analysis of helical gear made of stainless steel and nylon under different loading conditions. Int J Eng Res Technol 5(10) Venkatesh J, Pbgsn M (2014) Design and structural analysis of high speed helical gear using Ansys. Int J Eng Res Appl 2(3):215–232Īhirwar M, Sen N Study the design and analysis of helical gear using ANSYS Sarkar GT, Yenarkar YL, Bhope DV (2013) Stress analysis of helical gear by finite element method. Prashant M (2017) A review paper on design and analysis of helical gear using ANSYS, FEM & AGMA Standards Int J Eng Technol Sci 1(2):28–32īrethee KF et al (2017) Helical gear wear monitoring: modelling and experimental validation. Mech Mach Theory 117:210–229 Harding process for the gear teeth or all gear wheel. Finish the preform teeth or produce the gear teeth by machining. Secondly machining the gear blank to get the appropriate dimensions. The Heat Treatment process for the gear blank if it’s required. Mulla NA, Bicha K (2014) Design, modeling and structural analysis of helical gear for ceramic and steel material by using ANSYS. Firstly perform the blank with or without gear tooth. Jyothirmai S et al (2014) A finite element approach to bending, contact and fatigue stress distribution in helical gear systems. Venkatesh B, PrabhakarVattikuti SV, Deva Prasad S (2014) Investigate the combined effect of gear ratio, helix angle, facewidth and module on bending and compressive stress of steel alloy helical gear. Proc Mater Sci 6:1865–1870 ![]()
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