Applications of the Theory of Critical Distances

Application of the theory of the critical distance based methodology for the analysis of environmental assisted cracking processes in Biomaterials

(P. Gonzales, S. Cicero, B. Arroyo, M. Peron, J.A. Alvarez, F. Berto)

Statistical evaluation of the critical distance in the finite life fatigue regime

(M. Benedetti, C. Santus)

Fracture toughness of nanoscale samples evaluated by the Theory of Critical Distances

(P. Gallo, Y. Yan)

Predicting crack propagation in insect wings using the Theory of Critical Distances

(J. Schmidt)

Applications of the Theory of Critical Distances: a review of recent publications

(D. Taylor)

Multiaxial fatigue life estimation of notched structures under random vibration loadings with the concept of TCD

(W. Yao, D. Gao)

Mode I fatigue limit of V- and U-notches

(A. Sapora, P. Cornetti, A. Campagnolo, G. Meneghetti)

The equivalence of TCD and FFM for fatigue limit prediction of notched specimens as well as the R-dependence of the input material parameters

(L. Yong, G. Baoming)

TCD-based fatigue lifetime prediction of structural adhesives

(V.C. Beber, B. Schneider)

The introduction of critical distance in the description of dynamic experiments based on simulation mesodefect evolution

(A. Vedernikova, A. Kostin, O. Plekhov)

The Critical Distance Method to estimate the fatigue strength of notched additively manufactured titanium

(I. Al Zamzami, S.M.J. Razavi, F: Berto, L. Susmel)

Static Assessment of Notched Additively Manufactured Acrylonitrile Butadiene Styrene (ABS)

(C. Tze Ng, L. Susmel)

Application of the TCD for defect severity ranking in in-line-inspection datasets

(N.O. Larrosa, P. Lopez-Crespo, R.A. Ainsworth)

The theory of Critical Distance to predict static and dynamic strength of notched plain concrete under mixed-mode I/II loading

(N. Alanazi, L. Susmel)

Theory of critical distance combined with generalized strain energy density criterion for mixed mode fracture assessment of PMMA dental materials

(B. Bahrami, M. R. Ayatollahi, S. Ghouli)

Fatigue strength evaluation of notched ductile steel specimens using critical distances

(C. Atzori, M. Ricotta, A. Campagnolo, D. Rigon, G. Meneghetti)

Application of the Theory of Critical Distances to quasi-brittle fracture with a developed process zone

(Sergey V. Suknev)