IHS ESDU Fatigue strength of keyed assemblies. 86028

Description
ESDU 86028 discusses the effect of keyway design on the stress distribution, stress concentration and, hence, on fatigue strength. The effect of fit is considered and types of failure by crack propagation illustrated. Data are presented on the fatigue strength of a shaft with the keyway in bending, and a shaft loaded through the key in torsion. Stress concentration values as a function of keyway geometry are also presented for a shaft with the keyway in bending, and a shaft loaded through the key in torsion. A worked example illustrates the use of the data.
Description
ESDU 86028 discusses the effect of keyway design on the stress distribution, stress concentration and, hence, on fatigue strength. The effect of fit is considered and types of failure by crack propagation illustrated. Data are presented on the fatigue strength of a shaft with the keyway in bending, and a shaft loaded through the key in torsion. Stress concentration values as a function of keyway geometry are also presented for a shaft with the keyway in bending, and a shaft loaded through the key in torsion. A worked example illustrates the use of the data.

Suppliers

Company
Product
Description
Supplier Links
Fatigue strength of keyed assemblies. - 86028 - IHS ESDU
London, United Kingdom
Fatigue strength of keyed assemblies.
86028
Fatigue strength of keyed assemblies. 86028
ESDU 86028 discusses the effect of keyway design on the stress distribution, stress concentration and, hence, on fatigue strength. The effect of fit is considered and types of failure by crack propagation illustrated. Data are presented on the fatigue strength of a shaft with the keyway in bending, and a shaft loaded through the key in torsion. Stress concentration values as a function of keyway geometry are also presented for a shaft with the keyway in bending, and a shaft loaded through the key in torsion. A worked example illustrates the use of the data.

ESDU 86028 discusses the effect of keyway design on the stress distribution, stress concentration and, hence, on fatigue strength. The effect of fit is considered and types of failure by crack propagation illustrated. Data are presented on the fatigue strength of a shaft with the keyway in bending, and a shaft loaded through the key in torsion. Stress concentration values as a function of keyway geometry are also presented for a shaft with the keyway in bending, and a shaft loaded through the key in torsion. A worked example illustrates the use of the data.

Buy Now

Technical Specifications

  IHS ESDU
Product Category Standards and Technical Documents
Product Number 86028
Product Name Fatigue strength of keyed assemblies.
Unlock Full Specs
to access all available technical data

Similar Products