Prediction of fatigue-crack-propagation behavior in panels with simulated rivet forces
Prediction of fatigue crack propagation behavior in aluminum alloy panels with simulated rivet forces
Figge, I. E.↗
Engineering topics
Figge, I. E.
Publications and source records attributed to Figge, I. E..
Residual static strength and slow crack growth behavior of duplex-annealed Ti-8Al-1Mo-1V sheet
Residual static strength and slow crack growth behavior of duplex annealed Ti-8Al-1Mo-1V sheet
Figge, I. E.↗
An empirical equation relating fatigue limit and mean stress
Empirical equation relating fatigue limit of axially loaded metals and mean stress
AXIAL LOAD↗
Crack propagation, delayed failure, and residual static strength of titanium, aluminum, and stainless steel alloys in aqueous environments
Crack propagation, delayed failure, and residual static strength of titanium, aluminum, and stainless steel alloys in air, three percent salt solution, and sea water
CRACK PROPAGATION↗
Fatigue crack propagation in structures with simulated rivet forces.
Fatigue crack propagation rate in sheet specimens under various loadings simulating rivet forces
STRUCTURAL DYNAMICS↗
Residual static strength of several titanium and stainless-steel alloys and one superalloy at -109 deg. f, 70 deg. f, and 550 deg. f
Residual static strength of titanium & stainless steel alloys and one superalloy at various temperatures
STATIC STABILITY↗