Effect of Temperature on Fatigue Transition Life and Strength of Aluminum Alloy

Against the above background, the previous study investigated the effect of hybrid surface treatment on the fatigue strength of Ti­6Al­4V alloy. 16,17) The hybrid surface treatment

In particular the effect of a galvanizing coating on the fatigue strength of S355 structural steel has been accurately investigated showing that the reduction in the fatigue life

The low cycle fatigue property of Al-5Zn-2Mg high strength aluminum alloy with T5 heat treatment was tested, and the fatigue damage behaviors were observed by OM, SEM and TEM..

The decrease in peak alternating stress from 360 MPa to 320 MPa showed a significant increase in fatigue life, however at 360 MPa the effect of surface roughness and residual stress

In the present study, the effect of microshot peening on the surface characteristics and fatigue life of spring steel SUP9 was investigated.. The effect of the intermittent

To establish a reference fatigue-life curve (Fig.11), some tests must be obviously performed with a constant strain-amplitude ("continuous fatigue tests") before performing

In this work, constant and increasing temperature fatigue interaction effect on fatigue behavior of 2017- T4 aluminum alloy was investigated and the effect of wet shot peening on

Abstract : In the present investigation, fatigue crack growth tests of 8090 Al-alloy have been conducted using compact tension (CT) specimen under constant