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Comparison of Surface Durability & Dynamic Performance of Powder Metal & Steel Gears - September/October 1995

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Archive > 1995 > September/October 1995 > Comparison of Surface Durability & Dynamic Performance of Powder Metal & Steel Gears

The article "Comparison of Surface Durability & Dynamic Performance of Powder Metal & Steel Gears" appeared in the September/October 1995 issue of Gear Technology.

Summary
Surface-hardened, sintered powder metal gears are increasingly used in power transmissions to reduce the cost of gear production. One important problem is how to design with surface durability, given the porous nature of sintered gears. Many articles have been written about mechanical characteristics, such as tensile and bending strength, of sintered materials, and it is well-known that the pores existing on and below their surfaces affect their characteristics (Refs. 1-3). Power transmission gears are frequently employed under conditions of high speed and high load, and tooth surfaces are in contact with each other under a sliding-rolling contact condition. Therefore it is necessary to consider not only their mechanical, but also their tribological characteristics when designing sintered gears for surface durability.

Keywords
powder metal, P/M, materials, steel, sintered gears, failure, fatigue

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