Exploiting the adaptive neural fuzzy inference system for predicting the effect of notch depth on elastic new strain-concentration factor under combined loading
In this paper, a novel machine-learning based models are presented to predict the effect of
notch depth on elastic new strain-concentration factor of rectangular bars with single edge U …
notch depth on elastic new strain-concentration factor of rectangular bars with single edge U …
Strain-concentration factor of circumferentially V-notched cylindrical bars under static tension
HM Tlilan, AS Al-Shyyab, AM Jawarneh… - Journal of …, 2008 - cambridge.org
The FEM is used to study the effects of notch opening angle (β) and notch radius on the new
strain-concentration factor (SNCF) for circumferentially V-notched cylindrical bars under …
strain-concentration factor (SNCF) for circumferentially V-notched cylindrical bars under …
[PDF][PDF] Strain-concentration factor of cylindrical bars with double circumferential U-notches under static tension
HM Tlilan, AM Jawarneh, AS Al-Shyyab - JJMIE, 2009 - jjmie.hu.edu.jo
The interference effect on the new strain concentration factor (SNCF), which has been
defined under triaxial stress state; is studied using the Finite Element Method (FEM). To this …
defined under triaxial stress state; is studied using the Finite Element Method (FEM). To this …
[引用][C] Elastic Strain-Concentration Factor of Notched Bars under Combined Loading of Static Tension
P Bending