Design and Contact Stress Analysis Of Helical Gear

Prathipati Ashok, S.V. Durga Prasad


Gears are needful to the cutting edge worldwide economy and are utilized as a part of all applications where control transmission is required, for example, mechanical hardware, car industry, marine vessels, airplane business, flying machine industry, car industry and different ventures. Gears with involute teeth are generally utilized as a part of industry on account of the ease of assembling. For transmitting force and movement starting with one shaft then onto the next shaft, gears are utilized. Gears are for the most part used to transmit torque and precise speed. Helical apparatuses are generally utilized as a part of the applications changing from household things to overwhelming designing applications. The contact pressure and tooth worries because of transmission relies upon a few parameters. This paper shows the outlining of the helical apparatus on various geometric conditions CATIA V5 (Computer-Aided Three-dimensional Interactive Application) is the result of the most noteworthy innovative level and speaks to standard in the extent of planning. Promptly, it is the most current coordinated CAD/CAM/CAE programming framework that can be find available for business utilize and logical research work.In this paper, the consequences of the examination of three-dimensional (3D) parameter displaying of cross section get together of helical apparatuses utilizing CATIA V5 programming framework. Gears demonstrating by PCs depend on geometric and point of view change which isn't more detail inspected in the paper as a result of their extensive degree. Parameter demonstrating application makes conceivable the control of made 3D adapt show through past characterized parameter which depends on relations and geometric limitations (parallelism, opposite, and so forth.). The last state of rigging get together changes by changing of estimations of trademark free variable parameters.It is conceivable to complete a control of apparatus geometry and cross section get together by utilization of instruments palette Knowledge. Gears displaying were done in Sketcher, Part Design, Generative Shape Design modules and get together outline of CATIA V5 framework. As essential for along these lines of displaying, it is important to know demonstrating philosophy in the accompanying CATIA V5 modules, as well: Wireframe and Surface Design and Assembly Design.


. S. Sai Anusha, P. Satish Reddy, P. Bhaskar M. Manoj, “Contact stress analysis of helical gear by using AGMA & Ansys”.

B .Venkatesh et al and Jeffery A. Joines (1994): “A genetic Algorithm for function optimization: A Matlab implementation”.

Puttapaka Nagaraju and Ch. Ashok Kumar, “Modeling and Analysis of 2-Stage Reduction Gear Box,” IJMETMR, vol. 1, December 2014

J. Venkatesh and Mr. P.B. G. S. N. Murthy, “Design and Structural Analysis of High Speed Helical Gear Using Ansys,” IJERA, vol. 4 March 2014

Herscovici S. (1985):“Spur and helical gear design”, Power engineering and manufacturing Ltd

Raghava Krishna Sameer, B. V. Srikanth (2005) “Direct Gear Design for Automotive Applications”, SAE International Journal, pp.1-95

Joseph shigley, Charles mischike., mechanical engineering design,tmh,2003

Raghava Krishna Sameer.B and V.Srikanth, “Contact Stress Analysis of Modified Helical Gear Using CATIA and ANSYS,” Hyderabad, India, IJCSEIT, vol. 2, 2014

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