Engineering
Ships
100%
Engine Failure
81%
Naval Vessels
81%
High Speed
81%
Diesel Engine
81%
Engines
81%
Failure Mode and Effect Analysis
81%
Legal and Regulatory Framework
81%
Surface
81%
Ahead Position
81%
Controllable-Pitch Propeller
81%
Wave Angle
81%
Enforcement
27%
Enabling Technology
27%
Concrete Slabs
27%
Inspection
18%
Liquid Form
16%
Pre-Combustion Capture
16%
Constraint Space
16%
Specific Case
13%
Testing
13%
Severity Level
13%
Development
13%
Characteristics
13%
Design
13%
Operating Area
13%
Remote Control
13%
Policymakers
13%
Codes
13%
Failure Analysis
9%
Failure (Mechanical)
9%
Tasks
9%
Catastrophic Failure
9%
Forwarder
9%
Research
9%
Internals
9%
Aging
9%
Propeller Efficiency
6%
Earth and Planetary Sciences
Waterway
81%
Liability
81%
Insurance
81%
Engine Failure
81%
Risk Assessment
81%
Engine
81%
Diesel Engine
81%
High Speed
81%
Failure Mode
81%
Ship
45%
Recommendation
40%
Patrol
36%
Investigation
27%
Crew
27%
Risk
22%
Failure
18%
Inspection
18%
Logistics
13%
Cargo
13%
Transportation
13%
Upgrading
13%
Chain
13%
Inland Waterways Transport
13%
Requirement
13%
Category
13%
Guideline
13%
Rail Transport
13%
Science and Technology
13%
Stakeholder
13%
Road Transport
13%
Focusing
13%
Durability
9%
Government
9%
Failure Analysis
9%
Research
9%
Safety
9%
Condition
9%
Defense
9%
Damage
9%
Risk Analysis
9%
Sea
9%
Surveillance
9%
Tool
9%
Computer Science
Artificial Neural Network
81%
Models
81%
Generation
40%
Testing
27%
Transitions
27%
Mean Absolute Error
20%
Global Economy
20%
Transport Mode
13%
Design
13%
Stakeholders
13%
Contexts
13%
Supply Chain
13%
Roadmap
13%
Case Study
13%