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Fatigue strength of 1/2-inch diameter stud shear connectors
Composite steel and concrete beams were tested in fatigue at various stress levels; all twelve beams tested were designed so that normal working stresses would be achieved at peak loads during repeated loading while shear stress on connectors was sufficiently high to produce fatigue failure; fatigue failure of connectors actually occurred in eleven of beams; electrical resistance strain gages were used in eight of test beams to detect when fatigue cracks were initiated in connectors; information was compared with end slip and deflection data taken during tests.
Fatigue strength of 1/2-inch diameter stud shear connectors
Composite steel and concrete beams were tested in fatigue at various stress levels; all twelve beams tested were designed so that normal working stresses would be achieved at peak loads during repeated loading while shear stress on connectors was sufficiently high to produce fatigue failure; fatigue failure of connectors actually occurred in eleven of beams; electrical resistance strain gages were used in eight of test beams to detect when fatigue cracks were initiated in connectors; information was compared with end slip and deflection data taken during tests.
Fatigue strength of 1/2-inch diameter stud shear connectors
Nat Research Council -- Highway Research Board -- Research Rec
King, D.C. (Autor:in) / Slutter, R.C. (Autor:in) / Driscoll, Jr., G.C. (Autor:in)
1965
29 pages
Report
Englisch
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