Keyphrases
Vibration-based Method
66%
Manufacturing Engineering
66%
Biomass Pellets
66%
Pellet Production
66%
Engineering Change Management
66%
Gap Detection
66%
Plant Systems
66%
Circular Business Models
66%
Fiber Materials
66%
Baltic Region
66%
Circular Economy
66%
Manufacturing Strategy
66%
Value Creation
66%
Machine Learning Approach
66%
Roller
66%
Digital Twin
66%
Virtual Commissioning
55%
Value Network
44%
Recyclability
44%
Product-service Systems
44%
Business Value
44%
Implementation Process
44%
Academic Research
44%
Response Surface Model
40%
Industry Case
33%
Processing Industry
33%
Complex Procedure
33%
Physical Prototyping
33%
3D CAD Modeling
33%
Refined Model
33%
Modern Manufacturing
33%
Feed Processing
33%
Manufacturing Complexity
33%
Interdisciplinary Communication
33%
Model Integrity
33%
Experimental Testing
26%
Holistic Research
22%
Quality Capability
22%
Enterprise Ecosystem
22%
Aeronautical Components
22%
Engineering Services
22%
Method Effectiveness
22%
Engineering Products
22%
Scrap
22%
Compression Molding
22%
Business Process Architecture
22%
Circular Strategies
22%
Traditional Business Model
22%
Composite Waste
22%
Circular Products
22%
Engineering
Implementation Process
100%
Manufacturing Engineering
66%
Plant System
66%
Industry Standard
66%
Processing Plant
66%
Recyclability
66%
Manufacturing Strategy
66%
Service System
66%
Value Creation
66%
Learning System
66%
Biomass Pellet
66%
Learning Approach
66%
Surface Modeling
66%
Response Surface
66%
Metrics
44%
Data Model
33%
Organizational Factor
33%
Change Process
33%
Design Process
33%
Modern Manufacturing
33%
Computer Aided Design
33%
Production Line
33%
Model Structure
33%
Supporting System
33%
Process System
33%
Industrial Applications
33%
Limitations
33%
Mockups
33%
Compression Molding
33%
Additive Manufacturing
33%
Product Lifecycle
33%
Reusability
33%
Emerging Trend
33%
Engineering
33%
Process Variable
22%
Process Dynamic
22%
Optimal Condition
22%
Product Quality
22%
Manufacturing Process
22%
Mathematical Model
22%
Machine Learning Technique
22%