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journal article EST
/
journal article ENG
Higher-order shear deformation formulation for the structural response of a multideck ship
Imala, Mikk-Markus
;
Naar, Hendrik
;
Tabri, Kristjan
Ships and offshore structures
2025
/
26 p
https://doi.org/10.1080/17445302.2025.2507714
journal article EST
/
journal article ENG
Related publications
1
Higher-order shear deformation theory for the elastic response of ship structures = Kõrgemat järku nihkedeformatsiooni teooria laeva struktuuride elastse vaste analüüsiks
Number of records 1, displaying
1 - 1
keyword
160
1.
ship global response
2.
ship-ship collision
3.
ship–ship collision
4.
additive manufacturing of ship propeller
5.
arctic ship evacuation
6.
autonomous ship
7.
BRASS (Broadcast and Ship to Shore)
8.
cruise ship
9.
green ship
10.
hazardous ship wreck
11.
hulls (ship)
12.
ice-going ship
13.
intelligent ship
14.
multi-deck ship
15.
passenger ship
16.
polar ship
17.
ship
18.
ship acceleration
19.
ship accident
20.
ship arenas
21.
ship collision
22.
ship collision accident
23.
ship collision avoidance
24.
ship collision risk
25.
ship collisions
26.
ship digital twin
27.
ship domain
28.
ship energy efficiency
29.
ship fuel consumption
30.
ship grounding
31.
ship hull girder bending
32.
ship maneuvering prediction
33.
ship model basin
34.
ship motions
35.
ship nitrogen deposition
36.
ship observations
37.
ship performance estimation
38.
ship performance in ice
39.
ship performance modeling
40.
ship pollution
41.
ship production
42.
ship propellers
43.
ship propulsion
44.
ship routing
45.
ship safety
46.
ship simulators
47.
ship structures
48.
ship systems
49.
ship towing test tank
50.
ship wake
51.
ship wakes
52.
ship waste
53.
ship-borne GNSS
54.
ship-ice interaction
55.
ship-ice interactions
56.
Ship-rock interaction
57.
ship's motions prediction
58.
ship-to-buoy collision
59.
acid stress response
60.
auxin response
61.
behavioural response
62.
cybersecurity incident response
63.
demand response
64.
demand response (DR)
65.
demand response programs
66.
demand-side response
67.
dynamic response
68.
emergency response
69.
EU Horizon 2020 research project GRACE (Integrated oil spill response actions and environmental effects)
70.
fast response time
71.
finite impulse response (FIR) filters
72.
finite impulse response filters
73.
frequency response
74.
frequency response analysis
75.
frequency response curves
76.
frequency response function
77.
frequency response interpretation
78.
gas response
79.
hormone response elements
80.
hygrothermal response
81.
incident response
82.
indicident detection and response
83.
inertial response
84.
infinite impulse response (IIR) filters
85.
integrated demand response
86.
intrusion response system
87.
Item non-response
88.
marine oil spill response
89.
non-monotonic dose-response (NMDR)
90.
nonmonotonic time response (NMTR)
91.
pandemic response
92.
plankton response
93.
plant stress response
94.
post-buckling response
95.
post-ultimate response
96.
quasi-static structural response
97.
rapid response
98.
response
99.
response decision-making
100.
response simulation
101.
response surface methodology
102.
Response Surface Methodology (RSM)
103.
response surface modelling
104.
response time (RT)
105.
sparse impulse response
106.
spectral response
107.
steady state response
108.
stimulus-organism-response framework
109.
stimulus-organism-response theory
110.
Structural response
111.
transiet response
112.
trigger-response patterns
113.
unfolded protein response
114.
Unit non-response
115.
vegetation response
116.
volatility impulse response functions
117.
global
118.
global and local challenges
119.
global challenges
120.
Global climate model
121.
global cost
122.
global data hub
123.
global descriptors
124.
global economy
125.
global fair bandwidth share
126.
global financial crisis
127.
global governance
128.
global health
129.
global innovation network
130.
global integration
131.
global knowledge warfare
132.
Global Maritime Distress and Safety system (GMDSS)
133.
global maximum power point
134.
Global Navigation Satellite Systems (GNSS)
135.
global ocean observing system
136.
global optimization techniques
137.
global pandemic
138.
global peace
139.
global pharmacovigilance
140.
Global Positioning System (GPS)
141.
global power sharing
142.
global production networks
143.
global public administration
144.
global radiation
145.
global reporting initiative (GRI)
146.
global store
147.
global sulfur cap
148.
global sulphur cap
149.
Global Sulphur Cap 2020
150.
global suphur cap
151.
global supply chains
152.
global tax reform
153.
global trade
154.
global value chain
155.
global value chains (GVC)
156.
Global vector autoregression, spillovers
157.
Global vector autoregressions
158.
reference architecture for global health data space
159.
The Global Maritime Professional
160.
2020 Global sulphur cap
subject term
5
1.
Tschudi Ship Management AS
2.
National Computer Security Incident Response Teams (N-CSIRTs)
3.
Groundwater and Global Palaeoclimate Signals (G@GPS)
4.
OpenAI Global
5.
The European Global Ocean Observing System (EuroGOOS)
TalTech subject term
1
1.
The Tall Ship Races
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