Add to ORKGThe topology of several types of modified surfaces of helical gears is proposed. The modified surfaces allow absorption of a linear or almost linear function of transmission errors. These errors are caused by gear misalignment and an improvement of the contact of gear tooth surfaces. Principles and corresponding programs for computer aided simulation of meshing and contact of gears have been developed. The results of this investigation are illustrated with numerical examples
The contents of this report covers: (1) development of optimal geometries for crowned helical gears;...
A power loss prediction was extended to include involute spur gears of nonstandard proportions. The ...
An approach is proposed for computerized simulation of meshing of aligned and misaligned involute he...
The authors have proposed a method for the generation of circular arc helical gears which is based o...
New methods for generating spur, helical, and spiral-bevel gears are proposed. These methods provide...
A computer model has been constructed to simulate the compliance and load sharing in a spur gear mes...
The fundamental geometrical characteristics of spiral bevel gear tooth surfaces are discussed. The p...
An analytical method is presented to predict the shifts of the contact ellipses of spiral bevel gear...
A procedure is described that was developed for evaluating the wear in a set of gears in mesh under ...
The design and generation of modified involute helical gears that have a localized and stable bearin...
A computer-based analysis of the dynamic effects of spur gear systems is presented. The method of an...
Analysis of helical involute gears by tooth contact analysis shows that such gears are very sensitiv...
Dynamic finite element analysis of a real gear housing is presented. The analysis was conducted for ...
A simulation method for gear hobbing and shaping of straight and spiral bevel gears is presented. Th...
A new method for generation of spiral bevel gears is proposed. The main features of this method are ...
The contents of this report covers: (1) development of optimal geometries for crowned helical gears;...
A power loss prediction was extended to include involute spur gears of nonstandard proportions. The ...
An approach is proposed for computerized simulation of meshing of aligned and misaligned involute he...
The authors have proposed a method for the generation of circular arc helical gears which is based o...
New methods for generating spur, helical, and spiral-bevel gears are proposed. These methods provide...
A computer model has been constructed to simulate the compliance and load sharing in a spur gear mes...
The fundamental geometrical characteristics of spiral bevel gear tooth surfaces are discussed. The p...
An analytical method is presented to predict the shifts of the contact ellipses of spiral bevel gear...
A procedure is described that was developed for evaluating the wear in a set of gears in mesh under ...
The design and generation of modified involute helical gears that have a localized and stable bearin...
A computer-based analysis of the dynamic effects of spur gear systems is presented. The method of an...
Analysis of helical involute gears by tooth contact analysis shows that such gears are very sensitiv...
Dynamic finite element analysis of a real gear housing is presented. The analysis was conducted for ...
A simulation method for gear hobbing and shaping of straight and spiral bevel gears is presented. Th...
A new method for generation of spiral bevel gears is proposed. The main features of this method are ...
The contents of this report covers: (1) development of optimal geometries for crowned helical gears;...
A power loss prediction was extended to include involute spur gears of nonstandard proportions. The ...
An approach is proposed for computerized simulation of meshing of aligned and misaligned involute he...