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America Califano
America Califano
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Strain based method for monitoring the health state of composite structures
L Grassia, M Iannone, A Califano, A D'Amore
Composites Part B: Engineering 176, 107253, 2019
402019
Damage Detection in Composites By Artificial Neural Networks Trained By Using in Situ Distributed Strains
A Califano, N Chandarana, L Grassia, A D’Amore, C Soutis
Applied Composite Materials 27, 657-671, 2020
382020
Novel risk assessment tools for the climate-induced mechanical decay of wooden structures: Empirical and machine learning approaches
A Califano, M Baiesi, C Bertolin
Forces in Mechanics 7, 100094, 2022
152022
Analysing the main standards for climate-induced mechanical risk in heritage wooden structures: the case of the Ringebu and Heddal Stave Churches (Norway)
A Califano, M Baiesi, C Bertolin
Atmosphere 13 (5), 791, 2022
122022
Fatigue of composite materials subjected to variable loadings
A Califano, L Grassia, A D’Amore
Journal of Materials Engineering and Performance 28, 6538-6543, 2019
112019
Theoretical approach to the study of fatigue of composites under spectrum loading
A Califano, R Dell’Aversano
AIP Conference Proceedings 1981 (1), 2018
102018
Modelling the loading rate effects on the fatigue response of composite materials under constant and variable frequency loadings
A D'Amore, A Califano, L Grassia
International Journal of Fatigue 150, 106338, 2021
92021
Modelling the fatigue behavior of composites under spectrum loading
A Califano
AIP Conference Proceedings 1981 (1), 020144, 2018
82018
Self-learning health monitoring algorithm in composite structures
L Grassia, M Iannone, A Califano, A D’Amore
AIP Conference Proceedings 1932 (1), 2018
52018
Machine learning and engineering feature approaches to detect events perturbing the indoor microclimate in Ringebu and Heddal stave churches (Norway)
P Miglioranza, A Scanu, G Simionato, N Sinigaglia, A Califano
International Journal of Building Pathology and Adaptation 42 (1), 35-47, 2024
42024
Preliminary evaluation of the climate-induced fatigue in wood: A physical and computational approach
A Califano, A Zanola, I Di Terlizzi, M Baiesi, C Bertolin
Forces in Mechanics 11, 100186, 2023
42023
Predicting damage evolution in panel paintings with machine learning
A Califano, P Foti, F Berto, M Baiesi, C Bertolin
Procedia Structural Integrity 41, 145-157, 2022
32022
Natural climate reconstruction in the Norwegian stave churches through time series processing with variational autoencoders
N Manara, L Rosset, F Zambelli, A Zanola, A Califano
International Journal of Building Pathology and Adaptation 42 (1), 18-34, 2024
22024
Experimental investigation of the fatigue crack growth behaviour in SLM additively manufactured 17-4 PH stainless steel specimens
A Califano, F Bollino, F Berto, R Sepe
Procedia Structural Integrity 48, 238-243, 2023
22023
Analysis of a phenomenological model for fatigue of composite materials
A Califano, A D’Amore
AIP Conference Proceedings 2196 (1), 2019
22019
Mechanical Behavior of Ti6Al4V Laser Welded Single Lap Joints
A Califano, V Giannella, F Caiazzo, F Berto, R Sepe
Procedia Structural Integrity 47, 842-848, 2023
12023
Preliminary approach to the study of flexural fatigue behavior of low Tg carbon/epoxy laminates
A D’Amore, R Dell’Aversano, A Califano
AIP Conference Proceedings 2196 (1), 2019
12019
Cumulative climate-induced fatigue damage in wooden painted surfaces: The case of wooden churches in Sweden
A Califano, G Leijonhufvud, S Bichlmair, R Kilian, M Wessberg, R Sepe, ...
Journal of Cultural Heritage 67, 313-325, 2024
2024
Mechanical behavior of recyclable polymeric specimens made by additive manufacturing
A Califano, A Greco, V Giannella, S Gerbino, R Sepe
Procedia Structural Integrity 55, 201-205, 2024
2024
Fatigue crack-growth behavior of wrought and additively manufactured 17-4 PH stainless steel specimens
A Califano, F Bollino, F Berto, S Raffaele
Procedia Structural Integrity 53, 185-189, 2024
2024
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