14FTM02-2014

Prediction of Surface Zone Changes in Generating Gear Grinding

14FTM02-2014 发布历史

One possible process for hard finishing gears is generating gear grinding. Due to high process efficiency@ generating gear grinding has replaced other grinding processes like profile grinding in batch production of small and middle sized gears. Despite the wide industrial application of generating gear grinding@ the process design is based on experience and time and cost intensive trials. The science-based analysis of generating gear grinding needs a high amount of time and effort and only a few published scientific analyses exist. In addition@ the transfer of existing knowledge from other grinding processes onto generating gear grinding is complicated due to the contact conditions be-tween tool and gear flank@ which change continuously during the grinding process. One research objective for generating gear grinding is to increase economic efficiency and productivity of the process. At the same time gear quality must be equal or higher and the external zone must not be damaged. However@ especially the influence of the grinding process on the external zone in generating gear grinding is unknown. In case of an inappropriate process design in combination with stock deviations an unwanted process result or even a thermal damage of the external zone can occur. In this report a thermo-mechanical process model@ which describes influences on the surface zone in generating gear grinding@ is introduced.

14FTM02-2014由AGMA - American Gear Manufacturers Association 发布于 2014-10-01，并于 2015-01-28 实施。

14FTM02-2014的历代版本如下：

• 2014年10月01日 14FTM02-2014

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标准号

14FTM02-2014

发布日期

2014年10月01日

实施日期

2015年01月28日

废止日期

无

中国标准分类号

/

国际标准分类号

/

发布单位

AGMA - American Gear Manufacturers Association

引用标准

15

适用范围

One possible process for hard finishing gears is generating gear grinding. Due to high process efficiency@ generating gear grinding has replaced other grinding processes like profile grinding in batch production of small and middle sized gears. Despite the wide industrial application of generating gear grinding@ the process design is based on experience and time and cost intensive trials. The science-based analysis of generating gear grinding needs a high amount of time and effort and only a few published scientific analyses exist. In addition@ the transfer of existing knowledge from other grinding processes onto generating gear grinding is complicated due to the contact conditions be-tween tool and gear flank@ which change continuously during the grinding process. One research objective for generating gear grinding is to increase economic efficiency and productivity of the process. At the same time gear quality must be equal or higher and the external zone must not be damaged. However@ especially the influence of the grinding process on the external zone in generating gear grinding is unknown. In case of an inappropriate process design in combination with stock deviations an unwanted process result or even a thermal damage of the external zone can occur. In this report a thermo-mechanical process model@ which describes influences on the surface zone in generating gear grinding@ is introduced.