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José António Fonseca de Oliveira Correia
AuthID:
R-000-TM7
Publications
Confirmed
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Document Source:
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Document Type:
All Document Types
Article (221)
Proceedings Paper (87)
Editorial Material (34)
Book Chapter (14)
Review (10)
Article in Press (9)
Book (5)
Correction (3)
Unpublished (3)
Note (1)
Phd Thesis (1)
Year Start - End:
2008
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2021
2022
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2025
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2025
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2016
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2008
Order:
Year Dsc
Year Asc
Cit. WOS Dsc
IF WOS Dsc
Cit. Scopus Dsc
IF Scopus Dsc
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Title Dsc
Results:
10
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Confirmed Publications: 388
81
TITLE:
Comparison between brittle and ductile adhesives in CFRP/steel joints
AUTHORS:
Mohabeddine, Anis; Malik, Ghassan;
José António Correia
; Fantuzzi, Nicholas;
De Jesus, Abilio
;
Castro, Jose Miguel
;
Calcada, Rui
; Berto, Filipo;
PUBLISHED:
2022
,
SOURCE:
4th International Conference on Structural Integrity (ICSI)
in
4TH INTERNATIONAL CONFERENCE ON STRUCTURAL INTEGRITY (ICSI 2021),
VOLUME:
37,
ISSUE:
C
INDEXED IN:
Scopus
WOS
CrossRef
:
6
Unpaywall
Handle
IN MY:
ORCID
82
TITLE:
Computational investigation of Várzeas bridge steel under monotonic tensile via crystal plasticity finite element method
AUTHORS:
Mourão, A;
José António Correia
; Sun, J; Qian, G; Bittencourt, T;
Calçada, R
;
PUBLISHED:
2022
,
SOURCE:
23rd European Conference on Fracture, ECF 2022
in
Procedia Structural Integrity,
VOLUME:
42
INDEXED IN:
Scopus
CrossRef
IN MY:
ORCID
83
TITLE:
Defect tolerant fatigue assessment of AM materials: Size effect and probabilistic prospects
Full Text
AUTHORS:
Niu, Xiaopeng; Zhu, Shun Peng; He, Jin Chao; Liao, Ding;
José António Correia
; Berto, Filippo; Wang, Qingyuan;
PUBLISHED:
2022
,
SOURCE:
INTERNATIONAL JOURNAL OF FATIGUE,
VOLUME:
160
INDEXED IN:
Scopus
WOS
CrossRef
:
6
Unpaywall
IN MY:
ORCID
|
CIÊNCIAVITAE
84
TITLE:
Determination of the Highest Potential Spots for Fatigue Failure in Parabolic Leaf Springs using the Maximum Variance Approach
AUTHORS:
Gomes, VMG;
de Jesus, AMP
;
José António Correia
;
Calçada, R
;
PUBLISHED:
2022
,
SOURCE:
23rd European Conference on Fracture, ECF 2022
in
Procedia Structural Integrity,
VOLUME:
42
INDEXED IN:
Scopus
CrossRef
:
1
IN MY:
ORCID
85
TITLE:
Editorial of the SI entitled 'Fracture and Fatigue of Structural Materials at different Length Scales'
Full Text
AUTHORS:
Vantadori, S;
José António Correia
; Berto, F; Iacoviello, F;
PUBLISHED:
2022
,
SOURCE:
INTERNATIONAL JOURNAL OF FATIGUE,
VOLUME:
158
INDEXED IN:
Scopus
WOS
CrossRef
Unpaywall
IN MY:
ORCID
|
CIÊNCIAVITAE
86
TITLE:
Enhanced Fatigue Life of Old Metallic Bridges—Application of Preloaded Injection Bolts
AUTHORS:
Bruno A S Pedrosa
;
Carlos A S Rebelo
;
José António Correia
; Milan Veljkovic;
Luís A P S Silva
;
PUBLISHED:
2022
,
SOURCE:
RILEM Bookseries,
VOLUME:
34
INDEXED IN:
Scopus
CrossRef
:
1
Unpaywall
IN MY:
ORCID
|
CIÊNCIAVITAE
87
TITLE:
Failure causes and hardening techniques of railway axles-A review from the perspective of structural integrity
Full Text
AUTHORS:
Gao, Jie Wei; Dai, Xin; Zhu, Shun Peng; Zhao, Jun Wen;
José António Correia
; Wang, Qingyuan;
PUBLISHED:
2022
,
SOURCE:
ENGINEERING FAILURE ANALYSIS,
VOLUME:
141
INDEXED IN:
Scopus
WOS
CrossRef
:
2
Unpaywall
IN MY:
ORCID
|
CIÊNCIAVITAE
88
TITLE:
Fatigue and Fracture of Materials and Structures. Contributions from ICMFM XX and KKMP2021
AUTHORS:
Grzegorz Lesiuk; Szymon Duda; Abilio De Jesus;
José António Correia
;
PUBLISHED:
2022
INDEXED IN:
Openlibrary
IN MY:
CIÊNCIAVITAE
89
TITLE:
Fatigue crack growth modelling by means of the strain energy density-based Huffman model considering the residual stress effect
AUTHORS:
Ribeiro, Victor;
José António Correia
;
Mourao, Antonio
;
Lesiuk, Grzegorz
; Goncalves, Aparecido;
De Jesus, Abilio
;
Berto, Filippo
;
PUBLISHED:
2022
,
SOURCE:
ENGINEERING FAILURE ANALYSIS,
VOLUME:
140
INDEXED IN:
Scopus
WOS
CrossRef
Unpaywall
IN MY:
ORCID
|
CIÊNCIAVITAE
90
TITLE:
Fatigue crack growth modelling for S355 structural steel considering plasticity-induced crack-closure by means of UniGrow model
AUTHORS:
Pedrosa, Bruno
;
José António Correia
;
Lesiuk, Grzegorz
;
Rebelo, Carlos
; Veljkovic, Milan;
PUBLISHED:
2022
,
SOURCE:
INTERNATIONAL JOURNAL OF FATIGUE,
VOLUME:
164
INDEXED IN:
Scopus
WOS
CrossRef
Unpaywall
IN MY:
ORCID
|
CIÊNCIAVITAE
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