CAMPAGNOLO, ALBERTO
CAMPAGNOLO, ALBERTO
Dipartimento di Ingegneria Industriale - DII
A comparison among some recent energy- and stress-based criteria for the fracture assessment of sharp V-notched components under Mode I loading
2014 Lazzarin, Paolo; Campagnolo, Alberto; Berto, Filippo
A FFM analysis on mode III static and fatigue crack initiation from sharp V-notches
2021 Campagnolo, Alberto; Sapora, Alberto
A link between the peak stresses and the averaged strain energy density for cracks under mixed-mode (I+II) loading
2015 Meneghetti, Giovanni; Atzori, Bruno; Campagnolo, Alberto; Berto, Filippo
A link between the peak stresses and the averaged strain energy density for cracks under mixed-mode (I+II) loading
2015 Meneghetti, G.; Campagnolo, A; Berto, F; Atzori, B.
A review of the fatigue strength of structural materials under multiaxial loading in terms of the local energy density
2017 Berto, F.; Torgersen, J.; Campagnolo, A.
A successful combination of the equivalent material concept and the averaged strain energy density criterion for predicting crack initiation from blunt V-notches in ductile aluminum plates under mixed mode loading
2016 Torabi, A. R.; Campagnolo, A.; Berto, F.
A synthesis of Polymethylmethacrylate data from U-notched specimens and V-notches with end holes by means of local energy
2013 Berto, Filippo; Campagnolo, Alberto; M., Elices; Lazzarin, Paolo
Advances in Fracture and Damage Mechanics XIII
2015 Campagnolo, Alberto; Berto, Filippo; Lazzarin, Paolo; Elices, M.
Advantages of the strain energy density for multiaxial fatigue assessment of sharp and blunt V-notches
2014 Berto, Filippo; Lazzarin, Paolo; Campagnolo, Alberto
Analysis and comparison of some LEFM parameters
2019 Atzori, B.; Campagnolo, A.; Ricotta, M.; Meneghetti, G.
Analysis of crack geometry and location in notched bars by means of a three-probe potential drop technique
2019 Campagnolo, Alberto; Bär, Jürgen; Meneghetti, Giovanni
Analytical expressions to estimate rapidly the notch stress intensity factors at V‐notch tips using the Peak Stress Method
2022 Visentin, Alberto; Campagnolo, Alberto; Meneghetti, Giovanni
Assessment of root failures in tube-to-flange steel welded joints under torsional loading according to the Peak Stress Method
2016 Meneghetti, Giovanni; De Marchi, Andrea; Campagnolo, Alberto
Assessment of tensile fatigue limit of notches using sharp and coarse linear elastic finite element models
2016 Meneghetti, Giovanni; Campagnolo, Alberto; Berto, Filippo
Austempered ductile iron-to-steel dissimilar arc-welded joints: fatigue strength assessment according to local approaches
2020 Meneghetti, G.; Campagnolo, A.; Pullin, E.; Masaggia, S.
Automated fatigue strength assessment of arc-welded structures according to the Peak Stress Method
2020 Meneghetti, G.; Campagnolo, A.; Visentin, A.
Automated fatigue strength assessment of steel joints with weld ends in automotive design according to the Peak Stress Method
2021 Pelizzari, Jacopo; Maltauro, Mattia; Visentin, Alberto; Campagnolo, Alberto; Uccheddu, Francesca; Dengo, Carlo; Meneghetti, Giovanni
Automated FEA-assisted fatigue design of welded structures subjected to variable amplitude multiaxial loads according to the Peak Stress Method
2022 Visentin, A.; Meneghetti, G.; Campagnolo, A.; Vecchiato, L.
Automated implementation of the Peak Stress Method for the fatigue assessment of complex welded structures
2022 Visentin, A.; Campagnolo, A.; Babini, V.; Meneghetti, G.
Averaged strain energy density criterion to predict ductile failure of U-notched Al 6061-T6 plates under mixed mode loading
2017 Torabi, A. R.; Berto, F.; Campagnolo, A.; Akbardoost, J.