Engineering
Stiffened Panel
100%
Ultimate Strength
100%
Finite Element Method
75%
Mesh Size
57%
Ocean Thermal Energy Conversion
50%
Parametric Study
50%
Bending Load
50%
Structure Interaction
50%
Design Parameter
50%
Floating Offshore Wind Turbine
50%
Shear Walls
50%
Steel Plate
50%
Patrol Boat
50%
Cyclic Loading
50%
Strength Performance
50%
Structural Member
50%
Structural Failure
50%
Hydrodynamics
33%
Ship Structure
33%
Initial Geometric Imperfection
30%
Floating Platform
29%
Load Factor
28%
Thermal Energy
25%
Temperature Change
25%
Engine Power
25%
Gas Oil
25%
Offshore Structure
25%
Electrical Circuit
25%
Potential Flow Theory
16%
Energy Engineering
16%
Deep Water
16%
Boundary Condition
16%
Reference Model
16%
Reference Data
16%
Wind Turbine
16%
Hydrodynamic Performance
16%
Response Dynamic
16%
Energy Dissipation
14%
Buckling
12%
Critical Position
12%
Pipe Size
12%
Similarities
12%
Material Input
12%
Thickness Ratio
12%
Hulls (Ship)
10%
Actual Condition
10%
Strength Assessment
10%
Hull Girder
10%
Commercial Software
10%
Bending Capacity
10%
Keyphrases
Fast Patrol Boat
50%
Cold Water pipe
50%
Ultimate Strength Behaviour
50%
Nonlinear Assessment
50%
Fire-structure Interactions
50%
Building Members
50%
Seabed Feature
33%
Energy Dissipation Capacity
25%
Fire Structures
25%
ABAQUS Finite Element Analysis
25%
OC3-Hywind Spar
25%
NEMOH
25%
Resistance Criteria
16%
Seakeeping Criteria
16%
Corrosion Location
12%
Reaction Plate
12%
Forced Deformation
12%
Mesh Load Factor
12%
Thin Steel Plate Shear Wall
12%
Initiation Reaction
12%
Structural Plates
12%
Explicit Dynamic Simulation
12%
Shape Imperfection
12%
D-geometry
12%
Smith Method
12%
Bending Capacity
12%
Ocean Thermal Energy
10%
Seawater Flow
10%
ANSYS APDL
8%
