Engineering
Models
100%
Sandwich Panel
84%
Computer Simulation
73%
Buckling
68%
Experiments
60%
Steel Structure
60%
Ships
60%
Optimization
58%
Simulation
56%
Sandwich Plate
48%
Beam
48%
Shells (Structures)
48%
Deformation
48%
Characteristics
48%
Experimental Investigation
48%
Ductile Fracture
48%
Low Stress
48%
Steel
48%
Crashworthiness
48%
Welds
48%
Continuum Mechanics
48%
Stress Triaxiality
48%
Ship Collision
48%
Dynamic Response
48%
Mechanisms
44%
Demonstrates
36%
Design
36%
Failure (Mechanical)
36%
Fracture Criterion
36%
Operational Condition
36%
Microstructure
32%
Discretization
32%
Nonlinear Response
29%
Membrane
28%
Bending Load
24%
Ship Structure
24%
Internals
24%
Restoring Force
24%
Review Paper
24%
Drastic Change
24%
Energy Dissipation
24%
Quantification
24%
Structural Dynamics
24%
Experimental Work
24%
Enhancement
21%
Prediction
21%
Stiffened Panel
20%
Size Effect
19%
Elements
17%
High Load
16%
Bending Moment
16%
First-Order Shear Deformation Theory
16%
Stages
16%
Shell Element
16%
Maximum Value
16%
Failure Process
16%
Compressive Loading
16%
Fracture
12%
High Strength
12%
Failure Mode
12%
Laboratories
12%
Fluid-Structure Interaction
12%
Failure Criterion
12%
Boundary Condition
12%
State Analysis
12%
Steel Core
12%
Energy Absorption
12%
Algorithm
12%
Mass Ratio
12%
Energy Engineering
12%
Joints (Structural Components)
12%
Accuracy
12%
Heat Affected Zone
12%
Environmental Condition
12%
Limit State
12%
Fields
12%
Structural Solution
12%
Energy Maximum
12%
Structural Mechanics
12%
Structural Integrity
12%
Axial Tension
12%
Strength Steel
12%
Applicability
9%
Elastic Response
9%
Constitutive Relation
9%
Linear Scale
9%
Complexity
9%
Beam Model
9%
Local Model
9%
Equilibrium Equation
9%
Deformation Mode
9%
Efficiency
9%
Strain State
9%
Local Scale
9%
Multiscale
9%
Dependent Behavior
9%
Static Loading
9%
Computational Cost
9%
Carbon Footprint
9%
Structural Parameter
9%
Layer Model
9%
Stiffness Property
9%
Local Buckling
9%
Closed Form
9%
Centerline
8%
Process Time
8%
Global Response
8%
Development
8%
Physics
Steel
97%
Statics
97%
Cores
65%
Collisions
60%
Simulation
54%
Brittle Fracture
48%
Penetration
48%
Flux Density
48%
Laser
48%
Continuum Mechanics
48%
Fracture
42%
Gradients
42%
Region
18%
Fracture Mechanics
18%
Failure
16%
Finite Element Methods
16%
Topology
16%
Membrane
12%
Bending
12%
Initiation
12%
Stress Distribution
12%
Responses
8%
Variations
8%
Position (Location)
8%
Contrast
6%
Silicon
6%
Attenuation
6%
Material Science
Crashworthiness
97%
Spring Steel
85%
Mechanical Strength
56%
Energy Density
48%
Hydrodynamics
48%
Strain
48%
Steel Structure
48%
Laser
48%
Fluid-Structure Interaction
36%
Material
26%
Finite Element Methods
24%
Structural Behavior
24%
Structural Dynamics
24%
Sandwich Panel
24%
Fracture Mechanics
18%
Solution
12%
Stress Field
12%
Membrane
12%
Bar (Metal)
8%
Silicon
6%