Engineering
Fatigue Life
100%
Finite Element Modeling
63%
Conditional Probability
50%
Lateral Vibration
50%
Fixed Coordinate
44%
Finite Element Method
44%
Prior Probability
33%
Dynamic Models
33%
Network Model
33%
Fatigue Failure
33%
Oil Well
33%
Model Element
33%
Bayesian Model
33%
Fault Detection and Diagnosis
33%
Dynamic Process
33%
Australia
33%
Application Area
33%
Enabling Technology
33%
Virtual Reality
33%
Human Safety
33%
Technology Application
33%
Wellbore
27%
Drillpipe
22%
Level Model
22%
Stabilizer
22%
Component Level
22%
Fatigue Damage
22%
Conditional Likelihood
16%
Matlab Code
16%
Viscous Force
16%
Physical Model
16%
Fluid-Structure Interaction
16%
Multibody Dynamics
16%
Historical Data
16%
Simulation Environment
16%
Coordinate System
16%
Process Condition
16%
Axial Vibration
16%
Computer-Aided Design Model
16%
Data Visualization
16%
Application Layer
16%
Build Platform
16%
Bending Moment
16%
Hardware Element
16%
Sensing Layer
16%
Predictive Maintenance
14%
Optimal Placement
11%
Case Scenario
11%
Analysis Code
11%
Cyber-Physical Systems
9%
Computer Science
Industry 4.0
66%
Data Analytics
33%
Process Data
33%
Likelihood Value
33%
Application Area
33%
Search Criterion
33%
Academic Institution
33%
Virtual Reality
33%
Leading Country
33%
Digital Twin
33%
Research Effort
33%
Normal Operating Condition
16%
System Architectures
9%
Industrial Internet of Things
9%
