Add to ORKGAbstract: The paper investigates the impact of a spur-gear-hob diameter on tooth profile accuracy of a workpiece. In the process of analysis, the vector method of notation of the screw surface of the cutter and flat sides of the rack, which represents the ideal profile, was used. The presented method enables to analyse the impact of non-precision adjustment of the milling head of the spur-gear-hob on tooth profile of the workpeace. The obtained results can be used for designing of more precise methods of profiling, especially of high-duty assembled spur-gear-hob used for tooth system manufacturing
The hobbing theory of generating the involute gear teeth has been often reported. However, a hobbing...
The misalignment between gears axes or direction deviations of teeth leads accentuate the edge effec...
A method for analyzing spur gear meshing is presented and applied. Analyzing the results of an examp...
Summary. The current state of the problem of studying the influence of gear milling modes of cylindr...
Comparsion of measuring methods for the involute profile of the spur gear tooth is described in this...
The article describes the scheme for continual improvement of manufacturing quality spur gears in te...
The article presents an analysis of the modification of the toothing of spur gears. The aim of the m...
The paper presents general aspects related to the influence of execution, assembly and functioning e...
In industrial practice, hobs are manufactured and used. The problem boils down to the identification...
In this paper, an (irregular) case relating to base circle, root circle, and pressure angle has been...
External involute helical gears are usually manufactured through hobbing, commonly with a subsequent...
In this paper tooth contact deviations from the plane of action and their effects on gear transmissi...
Gear tooth modifications, such as lead crowning, are often recommended to compensate for misalignmen...
This paper evaluates the effects of radial misalignment contact on the tooth root bending stress val...
Gear hobbing is well established and one of the most cost effective manufacturing methods of involut...
The hobbing theory of generating the involute gear teeth has been often reported. However, a hobbing...
The misalignment between gears axes or direction deviations of teeth leads accentuate the edge effec...
A method for analyzing spur gear meshing is presented and applied. Analyzing the results of an examp...
Summary. The current state of the problem of studying the influence of gear milling modes of cylindr...
Comparsion of measuring methods for the involute profile of the spur gear tooth is described in this...
The article describes the scheme for continual improvement of manufacturing quality spur gears in te...
The article presents an analysis of the modification of the toothing of spur gears. The aim of the m...
The paper presents general aspects related to the influence of execution, assembly and functioning e...
In industrial practice, hobs are manufactured and used. The problem boils down to the identification...
In this paper, an (irregular) case relating to base circle, root circle, and pressure angle has been...
External involute helical gears are usually manufactured through hobbing, commonly with a subsequent...
In this paper tooth contact deviations from the plane of action and their effects on gear transmissi...
Gear tooth modifications, such as lead crowning, are often recommended to compensate for misalignmen...
This paper evaluates the effects of radial misalignment contact on the tooth root bending stress val...
Gear hobbing is well established and one of the most cost effective manufacturing methods of involut...
The hobbing theory of generating the involute gear teeth has been often reported. However, a hobbing...
The misalignment between gears axes or direction deviations of teeth leads accentuate the edge effec...
A method for analyzing spur gear meshing is presented and applied. Analyzing the results of an examp...