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Wear simulation of worm gears for lifetime prediction

Wear simulation of worm gears for lifetime prediction

Wear simulation of worm gears for lifetime prediction The determination of the load capacity of worm gears in terms of wear with experiments is time-consuming and expensive. An efficient method to...

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The future of plastic gear standardization

The future of plastic gear standardization

The future of plastic gear standardization KISSsoft AG When designing plastic gears, engineers mostly rely on the VDI 2736 guideline. It is a very helpful document for the plastic gear calculation,...

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Digitizing Machine Elements: Potential of MEMS Sensors for Sensor-Integrated Gears

Digitizing Machine Elements: Potential of MEMS Sensors for Sensor-Integrated Gears

Digitizing Machine Elements: Potential of MEMS Sensors for Sensor-Integrated Gears Condition monitoring of machines using sensor technology has long been an important topic in mechanical engineering....

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New Chamfer Cutting Technologies for Cylindrical Gears

New Chamfer Cutting Technologies for Cylindrical Gears

New Chamfer Cutting Technologies for Cylindrical Gears Gleason Gear chamfering and deburring delivers significant advantages for the processing and handling of gears, preventing damages and premature...

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CnC Gear Tooth Edge Deburring and Chamfering

CnC Gear Tooth Edge Deburring and Chamfering

CnC Gear Tooth Edge Deburring and Chamfering Neugart GmbH Introduction Deburring and chamfering of gears are not considered as glamorous gear production tasks [2, 3, 4, 5]. This might explain why...

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Constructive design of plastic gears in high-load applications

Constructive design of plastic gears in high-load applications

Constructive design of plastic gears in high-load applications EPS column. Source: IMS Gear If you replace a metal gear with a plastic gear without adapting the design accordingly, you will quickly...

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