Fuzzy logic approach in metals fatigue

AbstractThe fatigue behavior of metal structures is extremely complex. Many types of uncertainty exist in metal fatigue studies, including member geometry; shape and size of fatigue cracks; type, shape, and size of defects and discontinuities in the structural detail; loading and environmental conditions; and thermal and corrosive effects. This article reviews a number of factors affecting the fatigue behavior of metal members. An example problem is presented to illustrate the use of fuzzy sets to evaluate the acceptability of a welded structural detail

Fatigue and Static Properties of Welded Joints in Low Alloy Structural Steels

Ohio River Division LaboratoriesCorps of Engineers, U.S. Army.Contract No. DA-33-eng-25

Fatigue and Static Tests of Fillet Welds

Ohio River Division LaboratoriesCorps of Engineers, U.S. Army.Contract No. DA-33-017-eng-22

The Fatigue and Static Properties of Butt Welds in Structural Steels

Ohio River Division LaboratoriesCorps of Engineers, U.S. Army.Contract No. DA-33-017-eng-22

Fatigue and Static Properties of Welded Joints in Low Alloy Structural Steels

Ohio River Division LaboratoriesCorps of Engineers, U.S. Army.Contract No. DA-33-017-eng-25