The involute gears are sensitive to the misalignment of their axes which determines transmission errors and perturbations of pressures distributions along the tooth flank. The concentrated contacts in gears are no longer as Hertz type. A semi-analytical method was developed to find the contact area, pressures distribution and depth stresses state. The matrix of initial separations is found analytically for standard and non-standard spur gears. The presence of misalignment as well as the flank crowning and flank end relief are included in the numerical analysis process
The spur gear is widely used in many types of machines and appliances that is why the research of th...
Misalignments in gears cause vibrations and contact nonlinearities, which in turn cause load distrib...
A method for analysing the influence of profile errors upon load-sharing capabilities and mesh stiff...
The misalignment between gears axes or direction deviations of teeth leads accentuate the edge effec...
Among all the common mechanical transmission elements, gears still playing the most dominant role es...
The damage that occurs on the teeth flank of cylindrical gears is a complex phenomenon and depends o...
In this paper tooth contact deviations from the plane of action and their effects on gear transmissi...
The gear meshing is very complex process as high non-linearity behaviour is involved during the proc...
This paper concentrated on the effect of contact ratio on the contact stresses generated on meshing ...
Nowadays, the basic requirements of gear transmissions are not limited to resistance and reliability...
In the paper, the questions of analysis of the teethes of oblique angle spur gears are con- sidered....
Profile modifications are commonly used to avoid shocks between meshing gear teeth produced by the d...
Contact stress analysis between two spur gear teeth was considered in different contact positions, r...
This study is devoted to the fundamental action which occurs between spur gears with involute tooth ...
Abstract: Gears are one of the most critical components in mechanical power transmission system. Spu...
The spur gear is widely used in many types of machines and appliances that is why the research of th...
Misalignments in gears cause vibrations and contact nonlinearities, which in turn cause load distrib...
A method for analysing the influence of profile errors upon load-sharing capabilities and mesh stiff...
The misalignment between gears axes or direction deviations of teeth leads accentuate the edge effec...
Among all the common mechanical transmission elements, gears still playing the most dominant role es...
The damage that occurs on the teeth flank of cylindrical gears is a complex phenomenon and depends o...
In this paper tooth contact deviations from the plane of action and their effects on gear transmissi...
The gear meshing is very complex process as high non-linearity behaviour is involved during the proc...
This paper concentrated on the effect of contact ratio on the contact stresses generated on meshing ...
Nowadays, the basic requirements of gear transmissions are not limited to resistance and reliability...
In the paper, the questions of analysis of the teethes of oblique angle spur gears are con- sidered....
Profile modifications are commonly used to avoid shocks between meshing gear teeth produced by the d...
Contact stress analysis between two spur gear teeth was considered in different contact positions, r...
This study is devoted to the fundamental action which occurs between spur gears with involute tooth ...
Abstract: Gears are one of the most critical components in mechanical power transmission system. Spu...
The spur gear is widely used in many types of machines and appliances that is why the research of th...
Misalignments in gears cause vibrations and contact nonlinearities, which in turn cause load distrib...
A method for analysing the influence of profile errors upon load-sharing capabilities and mesh stiff...