A decision support methodology for integrated machining process and operation plans for sustainability and productivity assessment

Keyphrases

• Machining Operations 100%
• Sustainability Assessment 100%
• Machining Process 100%
• Process Plan 100%
• Decision Support Techniques 100%
• Productivity Performance 40%
• Process Integration 40%
• Sustainability Metrics 40%
• Productivity Metrics 40%
• Process Optimization 20%
• Simulation Techniques 20%
• Process Planning 20%
• Energy Consumption 20%
• Optimization Techniques 20%
• Activity-dependent 20%
• Manufacturing Systems 20%
• Key Performance Indicators 20%
• Performance Assessment 20%
• Systematic Method 20%
• Production Time 20%
• Feature Sequence 20%
• Production Cost 20%
• Performance Metrics 20%
• Integrated Simulation 20%
• Discrete Event Simulation 20%
• Interest-based 20%
• Machine Cell 20%
• Finite Sets 20%
• Cellular Level 20%
• Systematic Methodology 20%
• Globalized 20%
• Planning Activity 20%
• Energy Productivity 20%
• Stakeholder Interests 20%
• Material Information Model 20%
• Support Analysis 20%
• Sustainability Costs 20%
• Multi-criteria Decision-making Method 20%
• Integrated Optimization 20%

Engineering

• Metrics 100%
• Simulation Tool 25%
• Process Planning 25%
• Discrete Event Simulation 25%
• Shop Floor 25%
• Gas Fuel Manufacture 25%
• Optimization Technique 25%
• Production Time 25%
• Lifecycle 25%
• Finite Set 25%
• Key Concept 25%
• Systematic Methodology 25%
• Key Performance Indicator 25%
• Multi-Criteria Decision-Making 25%