AbstractThe paper describes application of the theory of the critical distance on multiaxially loaded notched components, including both high mean loads and non-proportional loading. The notches range from very sharp ones with notch radius 0.11 mm to a very mild case of the shoulder-fillet. The applicability was checked only for the fatigue limit or fatigue endurance values and no attempts on finite life solution were made. Five different methods, both of integral and critical plane types, were checked with the critical distance solution, with the best results obtained for the Papuga PCr method solution. The definition of the critical distance by the check of the first principal stress for the simple push-pull fatigue limit is concluded to ...
Two methods based on local stress responses are proposed to locate fatigue critical point of metalli...
This paper considers three of the enduring problems of fatigue life estimation: multiaxial loading, ...
This work presents an analytical procedure for estimating elastic-plastic stresses and strains in no...
AbstractThe paper describes application of the theory of the critical distance on multiaxially loade...
This paper assesses and quantifies the detrimental effects of complex tri-dimensional notches subjec...
Combinations of geometric discontinuities and multiaxial loads appear commonly in engineering compon...
The present paper summarises the main features of a design technique we have devised to specifically...
This paper reports on an attempt to systematically re-interpret the conventional multiaxial fatigue ...
This paper attempts to review the most interesting findings in the use of the theory of critical dis...
The present paper is concerned with the estimation of fatigue lifetime of engineering materials by d...
This paper investigates some theoretical aspects related to the use of the Theory of Critical Distan...
The present paper summarises an attempt of estimating fatigue lifetime of notched metallic materials...
In the present work, we propose a robust calibration of some bi-parametric multiaxial fatigue criter...
This paper investigates the accuracy of gradient elasticity in estimating high-cycle fatigue streng...
This paper is concerned with the use of the ModifiedW¨ ohler Curve Method (MWCM) applied in conjunct...
Two methods based on local stress responses are proposed to locate fatigue critical point of metalli...
This paper considers three of the enduring problems of fatigue life estimation: multiaxial loading, ...
This work presents an analytical procedure for estimating elastic-plastic stresses and strains in no...
AbstractThe paper describes application of the theory of the critical distance on multiaxially loade...
This paper assesses and quantifies the detrimental effects of complex tri-dimensional notches subjec...
Combinations of geometric discontinuities and multiaxial loads appear commonly in engineering compon...
The present paper summarises the main features of a design technique we have devised to specifically...
This paper reports on an attempt to systematically re-interpret the conventional multiaxial fatigue ...
This paper attempts to review the most interesting findings in the use of the theory of critical dis...
The present paper is concerned with the estimation of fatigue lifetime of engineering materials by d...
This paper investigates some theoretical aspects related to the use of the Theory of Critical Distan...
The present paper summarises an attempt of estimating fatigue lifetime of notched metallic materials...
In the present work, we propose a robust calibration of some bi-parametric multiaxial fatigue criter...
This paper investigates the accuracy of gradient elasticity in estimating high-cycle fatigue streng...
This paper is concerned with the use of the ModifiedW¨ ohler Curve Method (MWCM) applied in conjunct...
Two methods based on local stress responses are proposed to locate fatigue critical point of metalli...
This paper considers three of the enduring problems of fatigue life estimation: multiaxial loading, ...
This work presents an analytical procedure for estimating elastic-plastic stresses and strains in no...