Add to ORKGAn experimental technique is proposed for estimation of crack length as well as crack closure/opening stress during fatigue crack growth. A specially designed, single cantilever COD gage is used to monitor these variables during Fatigue Crack Propagation (FCP) testing. The technique was experimentally validated through electron fractography
A major eason for the failure of crack growth rate versus applied stress intensity factor ange corre...
Damage tolerant design requires accurate prediction of fatigue crack growth under service conditions...
Damage tolerant design requires accurate prediction of fatigue crack growth under service conditions...
An experimental technique is proposed for estimation of crack length as well as crack closure/openin...
An experimental technique is proposed for the estimation of crack length as well as crack closure/op...
An experimental technique is proposed for the estimation of crack length as well as crack closure/op...
An experimental technique is proposed for the estimation of crack length as well as crack closure/op...
A technique is proposed for estimation of crack opening stress during fatigue crack growth. It invol...
A technique is proposed for estimating crack opening stress during fatigue crack growth. It involves...
Automated crack length measuring methods have largely replaced manual techniques in many application...
Automated crack length measuring methods have largely replaced manual techniques in many application...
A computer-controlled procedure has been developed for automatic measurement of the crack opening st...
A crack mouth opening displacement (CMOD) gauge has been designed to estimate the crack length as we...
To improve resolution of in-situ measurement of crack closure and opening in fatigue, potential drop...
To improve resolution of in-situ measurement of crack closure and opening in fatigue, potential drop...
A major eason for the failure of crack growth rate versus applied stress intensity factor ange corre...
Damage tolerant design requires accurate prediction of fatigue crack growth under service conditions...
Damage tolerant design requires accurate prediction of fatigue crack growth under service conditions...
An experimental technique is proposed for estimation of crack length as well as crack closure/openin...
An experimental technique is proposed for the estimation of crack length as well as crack closure/op...
An experimental technique is proposed for the estimation of crack length as well as crack closure/op...
An experimental technique is proposed for the estimation of crack length as well as crack closure/op...
A technique is proposed for estimation of crack opening stress during fatigue crack growth. It invol...
A technique is proposed for estimating crack opening stress during fatigue crack growth. It involves...
Automated crack length measuring methods have largely replaced manual techniques in many application...
Automated crack length measuring methods have largely replaced manual techniques in many application...
A computer-controlled procedure has been developed for automatic measurement of the crack opening st...
A crack mouth opening displacement (CMOD) gauge has been designed to estimate the crack length as we...
To improve resolution of in-situ measurement of crack closure and opening in fatigue, potential drop...
To improve resolution of in-situ measurement of crack closure and opening in fatigue, potential drop...
A major eason for the failure of crack growth rate versus applied stress intensity factor ange corre...
Damage tolerant design requires accurate prediction of fatigue crack growth under service conditions...
Damage tolerant design requires accurate prediction of fatigue crack growth under service conditions...