In this study fulfilled, prediction of fatigue life for alloy steel (CK45) at the several cases:
As received after shot peening after immersed in 36% Mgcl2, 30 day shot peening for specimens after corrosion.
All tests carried out under constant amplitude load, rotating bending at stress ratio (R = -1) and room temperature.
The following conclusions are obtained:
The fatigue strength increased 11% with shot penning process The fatigue strength decreased 18% after corrosion in corrosive medium The fatigue strength increased 14% with shot penning process after immersed in corrosive medium.
H.rafesh,A . (2012). Study the effect of corrosion on fatigue strength of alloy steel (CK45) using in crank shaft under shot peening processes. Al-Qadisiyah Journal for Engineering Sciences, 5(4), 0-0.
MLA
H.rafesh,A . "Study the effect of corrosion on fatigue strength of alloy steel (CK45) using in crank shaft under shot peening processes", Al-Qadisiyah Journal for Engineering Sciences, 5, 4, 2012, 0-0.
HARVARD
H.rafesh A. (2012). 'Study the effect of corrosion on fatigue strength of alloy steel (CK45) using in crank shaft under shot peening processes', Al-Qadisiyah Journal for Engineering Sciences, 5(4), pp. 0-0.
CHICAGO
A H.rafesh, "Study the effect of corrosion on fatigue strength of alloy steel (CK45) using in crank shaft under shot peening processes," Al-Qadisiyah Journal for Engineering Sciences, 5 4 (2012): 0-0,
VANCOUVER
H.rafesh A. Study the effect of corrosion on fatigue strength of alloy steel (CK45) using in crank shaft under shot peening processes. QJES. 2012;5(4):0-0.
