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Marine structures (allikas)

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artikkel ajakirjas

A combined numerical and semi-analytical collision damage assessment procedureEhlers, Sören; Tabri, KristjanMarine structures2012 / p. 101-119 : ill https://doi.org/10.1016/j.marstruc.2012.05.005

artikkel ajakirjas
2

artikkel ajakirjas EST / artikkel ajakirjas ENG

Comparing rock shape models in grounding damage modellingSormunen, Otto-Ville Edvard; Kõrgesaar, Mihkel; Tabri, Kristjan; Heinvee, Martin; Urbel, Annika; Kujala, PenttiMarine structures2016 / p. 205-223 : ill https://doi.org/10.1016/j.marstruc.2016.07.004 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

artikkel ajakirjas EST / artikkel ajakirjas ENG
3

artikkel ajakirjas EST / artikkel ajakirjas ENG

Evaluating numerical simulation accuracy for full-scale high-strength steel ship structures: Insights from the ISSC 2025 Ultimate Strength Committee benchmark on transversely stiffened panelsGaiotti, Marco; Brubak, Lars; Chen, Bai-Qiao; Darie, Ionel; Georgiadis, Dimitris; Shiomitsu, Daisuke; Kõrgesaar, Mihkel; Lv, Yining; Nahshon, Ken; Paredes, MarceloMarine structures2026 / art. 103966 https://doi.org/10.1016/j.marstruc.2025.103966 Article at Scopus

artikkel ajakirjas EST / artikkel ajakirjas ENG
4

artikkel ajakirjas EST / artikkel ajakirjas ENG

Finite element based meta-modeling of ship-ice interaction at shoulder and midship areas for ship performance simulationLi, Fang; Kõrgesaar, Mihkel; Kujala, Pentti; Goerlandt, FlorisMarine structures2020 / art. 102736 https://doi.org/10.1016/j.marstruc.2020.102736 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

artikkel ajakirjas EST / artikkel ajakirjas ENG
5

artikkel ajakirjas EST / artikkel ajakirjas ENG

MARSTRUCT benchmark study on nonlinear FE simulation of an experiment of an indenter impact with a ship side-shell structureRingsberg, Jonas W.; Amdahl, Jörgen; Chen, Bai Qiao; Cho, Sang-Rai; Kõrgesaar, Mihkel; Tabri, KristjanMarine structures2018 / p. 142-157 https://doi.org/10.1016/j.marstruc.2018.01.010 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

artikkel ajakirjas EST / artikkel ajakirjas ENG
6

artikkel ajakirjas EST / artikkel ajakirjas ENG

A simplified method to predict grounding damage of double bottom tankersHeinvee, Martin; Tabri, KristjanMarine structures2015 / p. 22-43 : ill https://doi.org/10.1016/j.marstruc.2015.04.002 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

artikkel ajakirjas EST / artikkel ajakirjas ENG
7

artikkel ajakirjas EST / artikkel ajakirjas ENG

The effect of low stress triaxialities and deformation paths on ductile fracture simulations of large shell structuresKõrgesaar, MihkelMarine structures2019 / p. 45-64 : ill https://doi.org/10.1016/j.marstruc.2018.08.004 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

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8

artikkel ajakirjas EST / artikkel ajakirjas ENG

The influence of fluid structure interaction modelling on the dynamic response of ships subject to collision and groundingKim, Sang Jin; Kõrgesaar, Mihkel; Ahmadi, Nima; Taimuri, Ghalib; Kujala, Pentti; Hirdaris, SpyrosMarine structures2021 / art. 102875, 17 p. : ill https://doi.org/10.1016/j.marstruc.2020.102875 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

artikkel ajakirjas EST / artikkel ajakirjas ENG
9

artikkel ajakirjas EST / artikkel ajakirjas ENG

The ISSC 2022 committee III.1-Ultimate strength benchmark study on the ultimate limit state analysis of a stiffened plate structure subjected to uniaxial compressive loadsRingsberg, Jonas W.; Darie, Ionel; Nahshon, Ken; Shilling, Gillian; Tabri, KristjanMarine structures2021 / art. 103026, 25 p. : ill https://doi.org/10.1016/j.marstruc.2021.103026 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

artikkel ajakirjas EST / artikkel ajakirjas ENG
10

artikkel ajakirjas EST / artikkel ajakirjas ENG

Ultimate strength assessment of stiffened panel under uni-axial compression with non-linear equivalent single layer approachPutranto, Teguh; Kõrgesaar, Mihkel; Jelovica, Jasmin; Tabri, Kristjan; Naar, HendrikMarine structures2021 / art. 103004, 17 p. : ill https://doi.org/10.1016/j.marstruc.2021.103004 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

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Seotud publikatsioonid 1
- Equivalent single layer approach for ultimate strength assessment of ship structures = Ekvivalentne koorikelement laeva konstruktsioonide piirtugevuse hindamiseks

Kirjeid leitud 10, kuvan 1 - 10

1. environmental impact of marine structures
2. alternative marine fuels
3. ammonia as marine fuel
4. Copernicus Marine Environment Monitoring Service
5. Copernicus Marine Service (CMEMS)
6. international marine tourism
7. marine and glacial events
8. marine bacteria
9. marine beds
10. marine bioresources
11. marine carbon dioxide system
12. marine coastal hazards
13. marine ecosystem services
14. marine engineering
15. marine environment
16. marine geoid
17. marine gravimetry
18. marine hazards
19. marine heat wave
20. marine heatwaves (MHWs)
21. Marine Isotope Stage 8
22. marine litter cleanup
23. marine litter transport
24. marine management
25. marine microbial communities
26. marine microplastic monitoring
27. marine monitoring
28. marine oil spill response
29. marine pollution
30. marine protected areas
31. Marine renewable energy
32. Marine resources
33. marine robotics
34. marine sediment
35. marine sediments
36. marine sponge
37. marine strategy framework directive
38. Marine Strategy Framework Directive (MSFD)
39. marine systems
40. marine transgressions
41. marine waste to food
42. marine water quality
43. marine vehicles
44. Marine/aquatic invertebrates
45. shallow marine
46. shallowmarine carbonates
47. shallow-marine carbonates
48. amyloid structures
49. atomic structures
50. Baltic onshore and offshore structures
51. bipolar transistor structures
52. cable structures
53. cellular structures
54. coastal structures
55. composite structures
56. concrete structures
57. conjoined structures
58. data structures
59. decision structures
60. disordered and β-structures
61. drying of structures
62. Elongated submesoscale structures - stripes
63. endolymphatic structures
64. existing structures
65. fibre concrete structures
66. fire resistance of timber structures
67. floating structures
68. helical structures
69. hierarchical structures
70. highly insulated structures
71. historic structures
72. hydraulic structures
73. IIR tapped lattice and DF-II filter structures
74. Lagrangian Coherent Structures
75. Lattice Structures
76. layered structures
77. mathematical structures in functional programming
78. mesoporous structures
79. nuclear structures
80. Oichnusembedment structures
81. organisational structures
82. oriented structures
83. p-i-n structures
84. porous lattice structures
85. protein structures
86. quantum structures
87. random structures
88. road structures
89. root structures
90. sandwich structures
91. soft-sediment deformation structures
92. solitonic structures
93. steel structures
94. structures
95. structures and materials
96. Structures below ground
97. submesoscale structures
98. sub-mesoscale structures
99. supramolecular structures
100. thin-walled structures
101. Timber composite structures
102. timber structures
103. tree-like data structures
104. tubular structures
105. X-ray structures

1. Copernicus Marine Environment Monitoring Service (CMEMS)
2. Department of Marine Systems of Tallinn University of Technology (TalTech)

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