Abstract--Tooth bending fatigue is one of the most common modes of fatigue failure in gears. It results in progressive damage to gear teeth and ultimately leads to complete failure of the gear. The characteristics of this failure mode are discussed in detail and a number of actual case studies are presented which show the occurrence of this failure mode in practice. Copyright (~) 1996 Elsevier Science Ltd. 1
Gears are one of the the most widespread mechanical components and their design is supported by stan...
Power-transmitting gears are typically heat-treated, most often case-hardened, to improve the fatigu...
Gear failure due to tooth root bending fatigue is one of the most dangerous gear failure modes. Ther...
Gear tooth breakage due to bending fatigue is one of the most dangerous failure modes of gears. Ther...
The paper embodies results and analysis of an experimental investigation carried out to study fatigu...
Abstract: The depth and stress levels of residual stress pro®les are a major concern in carburized c...
Mechanical components, such as gears, are usually subjected to variable loads that induce multiaxial...
Mechanical components, such as gears, are usually subjected to variable loads that induce multiaxial...
A computational model for determination of the service life of gears with regard to bending fatigue ...
The demands the automotive gear designer has to considerduring the gear design process have changed....
An investigation of the low-cycle bending fatigue of spur gears made from AISI 9310 gear steel was c...
The possibility of producing parts via the addition of material, instead of its removing, given by A...
A computational model for the determination of service life of gears with regard to bending fatigue ...
Abstract: To determine the bending fatigue strength of precision forged spur gears and to compare th...
This study presents an experimental approach based on partial tooth meshing contact fatigue with con...
Gears are one of the the most widespread mechanical components and their design is supported by stan...
Power-transmitting gears are typically heat-treated, most often case-hardened, to improve the fatigu...
Gear failure due to tooth root bending fatigue is one of the most dangerous gear failure modes. Ther...
Gear tooth breakage due to bending fatigue is one of the most dangerous failure modes of gears. Ther...
The paper embodies results and analysis of an experimental investigation carried out to study fatigu...
Abstract: The depth and stress levels of residual stress pro®les are a major concern in carburized c...
Mechanical components, such as gears, are usually subjected to variable loads that induce multiaxial...
Mechanical components, such as gears, are usually subjected to variable loads that induce multiaxial...
A computational model for determination of the service life of gears with regard to bending fatigue ...
The demands the automotive gear designer has to considerduring the gear design process have changed....
An investigation of the low-cycle bending fatigue of spur gears made from AISI 9310 gear steel was c...
The possibility of producing parts via the addition of material, instead of its removing, given by A...
A computational model for the determination of service life of gears with regard to bending fatigue ...
Abstract: To determine the bending fatigue strength of precision forged spur gears and to compare th...
This study presents an experimental approach based on partial tooth meshing contact fatigue with con...
Gears are one of the the most widespread mechanical components and their design is supported by stan...
Power-transmitting gears are typically heat-treated, most often case-hardened, to improve the fatigu...
Gear failure due to tooth root bending fatigue is one of the most dangerous gear failure modes. Ther...
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