The principle of gear is a toothed weel that works with other to transfer the relation between the speed of dring mechanism to the driven mechanism. The gears can also change the speed torque and direction of power source. In this paper a detailed analysis and fabrication of a high strength low cost traction was described.Intially the traction gear is modeled in CATIA V5 software and then it is imposed on ANSYS19.2 version to analysis the different materials of grey cast iron, carbon steel and alluminium silicon carbide. The results are compared and to withstand the limits emphasized the performance of traction gear with different load conditions to determine the errors and the stresses developed on the traction gear and also to identify which material is suitable for fabrication using that material fabricated the traction gear to give the better performance to withstand the effects.
Key words: traction gear, structural analysis, model analysis Cast iron, carbon steel, Aluminium Silicon carbide, ansys
The principle of gear is a toothed weel that works with other to transfer the relation between the speed of dring mechanism to the driven mechanism. The gears can also change the speed torque and direction of power source. In this paper a detailed analysis and fabrication of a high strength low cost traction was described.Intially the traction gear is modeled in CATIA V5 software and then it is imposed on ANSYS19.2 version to analysis the different materials of grey cast iron, carbon steel and alluminium silicon carbide. The results are compared and to withstand the limits emphasized the performance of traction gear with different load conditions to determine the errors and the stresses developed on the traction gear and also to identify which material is suitable for fabrication using that material fabricated the traction gear to give the better performance to withstand the effects.
Key words: traction gear, structural analysis, model analysis Cast iron, carbon steel, Aluminium Silicon carbide, ansys