Ingrit Lillemäe-Avi
Ingrit Lillemäe-Avi
Aalto Univeristy/ Meyer Turku Oy/ LTH Baas
Vahvistettu sähköpostiosoite verkkotunnuksessa meyerturku.fi
Nimike
Viittaukset
Viittaukset
Vuosi
Fatigue strength of welded butt joints in thin and slender specimens
I Lillemäe, H Lammi, L Molter, H Remes
International Journal of Fatigue 44, 98-106, 2012
452012
Fatigue strength analysis of laser-hybrid welds in thin plate considering weld geometry in microscale
S Liinalampi, H Remes, P Lehto, I Lillemäe, J Romanoff, D Porter
International Journal of Fatigue 87, 143-152, 2016
412016
Fatigue strength of laser-welded thin-plate ship structures based on nominal and structural hot-spot stress approach
W Fricke, H Remes, O Feltz, I Lillemäe, D Tchuindjang, T Reinert, ...
Ships and Offshore Structures 10 (1), 39-44, 2015
392015
Fatigue strength of thin laser-hybrid welded full-scale deck structure
I Lillemäe, S Liinalampi, H Remes, A Itävuo, A Niemelä
International Journal of Fatigue 95, 282-292, 2017
312017
Influence of weld quality on the fatigue strength of thin normal and high strength steel butt joints
I Lillemäe, H Remes, S Liinalampi, A Itävuo
Welding in the World 60 (4), 731-740, 2016
262016
Influence of initial distortion on the structural stress in 3 mm thick stiffened panels
I Lillemäe, H Remes, J Romanoff
Thin-Walled Structures 72, 121-127, 2013
262013
Equivalent shell element for ship structural design
E Avi, I Lillemäe, J Romanoff, A Niemelä
Ships and Offshore Structures 10 (3), 239-255, 2015
192015
Factors affecting the fatigue strength of thin-plates in large structures
H Remes, J Romanoff, I Lillemäe, D Frank, S Liinalampi, P Lehto, ...
International Journal of Fatigue 101, 397-407, 2017
162017
Influence of initial distortion of 3 mm thin superstructure decks on hull girder response for fatigue assessment
I Lillemäe, H Remes, J Romanoff
Marine Structures 37, 203-218, 2014
112014
Influence of welding distortion on the structural stress in thin deck panels
I Lillemäe, H Remes, S Liinalampi, E Avi, J Romanoff
International Symposium on Practical Design of Ships and Other Floating …, 2016
92016
Fatigue strength of welded extra high-strength and thin steel plates
H Remes, M Peltonen, T Seppänen, A Kukkonen, S Liinalampi, I Lillemäe, ...
Analysis and Design of Marine Structures. London, UK: Taylor & Francis Group, 2015
52015
Fatigue assessment of large thin-walled structures with initial distortions
I Lillemäe, H Remes, J Romanoff
Advanced Materials Research 891, 123-129, 2014
42014
Committee III. 2: fatigue and fracture
Y Garbatov, SK Ås, K Branner, BK Choi, JH Den Besten, P Dong, ...
Proceedings of the 20th International Ship and Offshore Structures Congress …, 2018
22018
Fatigue Strength Analysis of Laser-Hybrid Welds in Thin Plate Considering Actual Weld Geometry
S Liinalampi, H Remes, P Lehto, I Lillemäe, S Heikkilä, D Porter
The 68th IIW Annual Assembly and International Conference, Helsinki, Finland …, 2015
22015
FPSO hull structural design concept supporting controlled project execution
TPJ Mikkola, I Lillemäe, G Mazerski, T Taponen, J Ziółkowski, ...
Marine Systems & Ocean Technology 7 (2), 117-125, 2012
22012
Fatigue load assessment procedure for floating production storage and offloading unit
I Lillemäe
22009
Analytical treatment of distortion effects on fatigue behaviors of lightweight shipboard structures
W Zhou, P Dong, I Lillemäe, H Remes
International Journal of Fatigue 130, 105286, 2020
12020
Simplified method for natural frequency analysis of stiffened panel
E Avi, A Laakso, J Romanoff, I Lillemäe
Analysis and design of marine structures. Proceedings of the 5th …, 2015
12015
Fatigue assessment of thin superstructure decks
I Lillemäe
Aalto University, 2014
12014
Fatigue strength of thin laser-hybrid welded panels based on small-and full-scale tests
I Lillemäe, S Liinalampi, H Remes
International Institute of Welding Annual Assembly and International …, 2016
2016
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Artikkelit 1–20