Keyphrases
Mechatronic Systems
70%
Mechatronics
59%
Mechatronic Product Development
36%
Life Cycle Assessment
31%
Digital Twin
28%
Agile Approach
27%
Design Process
26%
Energy Consumption
26%
Hybrid Method
25%
Carbon Footprint Assessment
24%
Product Design
24%
Agile Methods
24%
Carbon Footprint
23%
Product-service Systems
22%
Cyber-physical Systems
21%
Environmental Impact
20%
Circular Economy
19%
System Design
16%
Powertrain
16%
Eco-design
16%
Integrated Design
15%
Virtual Commissioning
15%
Digitization
15%
Major Contributor
15%
Energy Flexibility
14%
Climate Change
14%
Product Process
13%
Development Cost
13%
V-model
13%
Product Development
13%
Model-based Systems Engineering
13%
Mechatronic Product
13%
Early Design Phases
12%
Holistic Systems
11%
Energy-efficient Production
11%
Process Level
11%
Product Level
11%
Modeling Framework
11%
Geometry Knowledge
11%
Three-dimensional Computer-aided Design
11%
Industrial Demand Side Management
11%
Physics-based Modeling
11%
System Modeling
11%
System Analysis
11%
Integrated Conceptual Model
11%
Superordinate
11%
Iterative Design
11%
Design Teams
11%
Real-time Scheduling
11%
Interdisciplinary Integration
11%
Energy Emission
11%
Management Application
11%
Establish Model
11%
Service Design
11%
Systems-based
11%
Cost Efficiency
11%
Model Integration
11%
Propulsion
11%
Mechatronic System Design
11%
Catalytic Converter
11%
Converter Production
11%
Precious Metals
11%
Engineering Systems
11%
Internet of Things
11%
Design Process Model
11%
Result-oriented
11%
Life Cycle Carbon Footprint
11%
Sustainability Concept
11%
Global Targets
11%
Specific Properties
11%
Product Creation Process
11%
Sustainability Impact
11%
Illustrative Case Study
11%
Environmentally Friendly Methods
11%
Mechatronic Engineers
11%
Educational Issues
11%
Mechatronics Technology
11%
Collaborative Environment
11%
System Developers
11%
Practicing Engineers
11%
Environmental Engineering
11%
Industrial Manufacturing
11%
Future Demand
11%
Heterogeneous Model
11%
Manufacturing Industry
11%
Assessment Results
11%
Industrial Case Study
11%
Lithium-ion Battery
11%
Design Activity
11%
Taiwan
11%
Industrial Setting
11%
Environmentally Friendly
11%
Model-driven Development
11%
Level Process
11%
Product System
11%
Education Program
11%
Greenhouse Gasses
11%
Emission Reduction
11%
Battery System
11%
Mechatronics Engineering
11%
Engineering
Mechatronic System
100%
Life Cycle Assessment
41%
Cyber-Physical Systems
33%
Design Process
33%
Lifecycle
33%
Carbon Footprint
31%
Hybrid Approach
28%
Powertrain
24%
Development Process
24%
Design Phase
23%
Illustrates
22%
Realization
22%
Service System
22%
Internet-Of-Things
22%
Ecodesign
18%
V-Model
16%
Energy Conservation
16%
Gas Fuel Manufacture
16%
Design Method
15%
Energy Source
15%
Industrial Applications
15%
Development Cost
15%
Environmental Impact
14%
Greenhouse Gas
14%
Model-Based Systems Engineering
11%
Industrial Demand
11%
Energy Demand Management
11%
Embodied Energy
11%
Data Flow
11%
Development Cycle
11%
Held Tool
11%
System Development
11%
Design Process Model
11%
Similarities
11%
Phase Lead
11%
Related Requirement
11%
Enabling Technology
11%
Lithium-Ion Batteries
11%
Ducted Fan
11%
Home Appliance
11%
Software Systems
11%
Macro Level
11%
Battery System
11%
Design Time
11%
Life Cycle Sustainability Assessment
11%
Innovative Product
11%
Key Concept
11%
Model Integration
11%
Action Plan
11%
Engineering Model
11%
Research Work
11%
Virtual Prototyping
11%
Specifier
11%
Rigidity
11%
Energy Flow
9%
Climate Change
9%
Climatic Change
9%
Product Design
9%
Design Activity
7%
Energy Efficiency
7%
Service Design
7%
Energy Mix
5%
Static Analysis
5%
Energy Types
5%
Key Performance Indicator
5%
Technical System
5%
Increasing Demand
5%
Battery Pack
5%
Design Task
5%
Mechatronic Design
5%
Electricity Grid
5%
Technical Solution
5%
Product Life Cycle
5%
Renewables
5%
Development Phase
5%
Robot
5%
Module Design
5%
Built Environment
5%
Great Deal
5%
Material Cycle
5%
Environmental Aspect
5%
Wings
5%
Safety Analysis
5%
Design Tool
5%
Mathematical Model
5%