This paper studies the computerised tooth profile generation of spur gears cut with pinion-type cutters. Based on the theory of gearing the mathematical models of generating cutters and generated external and internal gears with involute teeth are given. Generation of corrected gear sets meshing without any backlash are considered. Computer simulation programs are developed to obtain graphs of generating tools and generated teeth surfaces. The effect of tool parameters on generated gear can be investigated before manufacturing
A face gear drive with a spur involute pinion is considered. The generation of the face gear is base...
The paper gives an overview of a non-standard spur gear whose geometry is defined by both tooth curv...
The present paper describes modern methodology of the bevel gear design with a particular focus on i...
This paper studies the computerized tooth profile generation of involute gears cut with pinion-type ...
This study analyzes the forming principle of spur gears with asymmetric teeth profile by rack-type a...
A pinion-type shaper cutter is considered as the generating tool for the generation of the gear, and...
This paper proposes the computerized tooth profile generation of spur gears cut with shaper cutters....
This paper studies the computerized tooth profile generation of involute gears cut with rack-type cu...
This paper studies the computerized tooth profile generation of involute gears cut with rack-type cu...
This paper studies the equations of rack cutters for generating involute gears with asymmetric teeth...
This paper studies the computerized tooth profile generation of involute helical gears cut by rack c...
This paper gives a mathematical model for spur gears with asymmetric involute teeth based on the gea...
This paper studies the equations of involute gears manufactured by rack-type cutters. Based on the g...
The use of computer graphics to simulate gear tooth manufacturing procedures is discussed. An analyt...
In order to increase the transmissible power level of the plastic spur gears, a non-standard tooth i...
A face gear drive with a spur involute pinion is considered. The generation of the face gear is base...
The paper gives an overview of a non-standard spur gear whose geometry is defined by both tooth curv...
The present paper describes modern methodology of the bevel gear design with a particular focus on i...
This paper studies the computerized tooth profile generation of involute gears cut with pinion-type ...
This study analyzes the forming principle of spur gears with asymmetric teeth profile by rack-type a...
A pinion-type shaper cutter is considered as the generating tool for the generation of the gear, and...
This paper proposes the computerized tooth profile generation of spur gears cut with shaper cutters....
This paper studies the computerized tooth profile generation of involute gears cut with rack-type cu...
This paper studies the computerized tooth profile generation of involute gears cut with rack-type cu...
This paper studies the equations of rack cutters for generating involute gears with asymmetric teeth...
This paper studies the computerized tooth profile generation of involute helical gears cut by rack c...
This paper gives a mathematical model for spur gears with asymmetric involute teeth based on the gea...
This paper studies the equations of involute gears manufactured by rack-type cutters. Based on the g...
The use of computer graphics to simulate gear tooth manufacturing procedures is discussed. An analyt...
In order to increase the transmissible power level of the plastic spur gears, a non-standard tooth i...
A face gear drive with a spur involute pinion is considered. The generation of the face gear is base...
The paper gives an overview of a non-standard spur gear whose geometry is defined by both tooth curv...
The present paper describes modern methodology of the bevel gear design with a particular focus on i...