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Determination of Coefficients of Linear Expansion on a Chevenard Dilatometer,

L. A. Glikman, Chistovich,P.

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Abstract

The article discusses the determination of coefficients of linear expansion on a Chevenard dilatometer. It is pointed out that some parts of turbines from different materials can undergo, as a result of heating, the action of secondary stresses induced by the difference in the coefficients of expansion. An example can be a nozzle on a disk on a turbine, when the bore in the disk is less (by approximately 0.2 mm) than the diameter of the shaft; to 100 degrees: Experiments were conducted of preheating of the disk Stalin Metal Plant. (Author)

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The article discusses the determination of coefficients of linear expansion on a Chevenard dilatometer. It is pointed out that some parts of turbines from different materials can undergo, as a result of heating, the action of secondary stresses induced by the difference in the coefficients of expansion. An example can be a nozzle on a disk on a turbine, when the bore in the disk is less (by approximately 0.2 mm) than the diameter of the shaft; to 100 degrees: Experiments were conducted of preheating of the disk Stalin Metal Plant. (Author)

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Available abstract

The article discusses the determination of coefficients of linear expansion on a Chevenard dilatometer. It is pointed out that some parts of turbines from different materials can undergo, as a result of heating, the action of secondary stresses induced by the difference in the coefficients of expansion. An example can be a nozzle on a disk on a turbine, when the bore in the disk is less (by approximately 0.2 mm) than the diameter of the shaft; to 100 degrees: Experiments were conducted of preheating of the disk Stalin Metal Plant. (Author)

Key concepts: Dilatometer, Thermal expansion, Nozzle, Turbine, Action (physics), Materials science, Mathematics, Mechanics

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