Identifying the influence of dimensional parameters on the stresses and deformations of two helical gears

In this research paper, focusing on the basic variables of gear modeling process and setting its dimensions to see which gears are capable withstanding transmission operations rigidity was done. Because one most prominent mechanics is gears, as types numerous common, helical gear. The widely used widespread in mechanical fields due increase contact area during interlock process, reduces noise rotation. Three main were establish results. first pressure angle, helix deflection module number, they made a number cases able withstand movement with proven torque. results proved that distortion value case at 1 87×10-6 m, while 2 3.75×10-6. data useful important because values stresses affect must be known by changing it gives stronger concept extent can movement. Pressure angle change wind turbine gears. greatest stress 2.13×108 Pa, but 20 degrees, 1.93×108 Pa. It affects diameter, stiffness tensile strength turbine. study paper depends angles teeth large between two From resulting deformation values, noted 4.26×10-6 m when degrees.