A hybrid approach for performance evaluation and optimized selection of recoverable end-of-life products in the reverse supply chain

Keyphrases

• Performance Evaluation 100%
• Hybrid Method 100%
• Reverse Supply Chain 100%
• Optimized Selection 100%
• End-of-life Products 100%
• Product Recovery 66%
• Numerical Examples 33%
• Conflicting Goals 33%
• Environmental Impact 33%
• Economic Benefits 33%
• Cost-benefit Analysis 33%
• Information Uncertainty 33%
• Recovery Strategy 33%
• Product Life Cycle 33%
• Multiple Goals 33%
• Comprehensive Methodology 33%
• Used Products 33%
• Technical Feasibility 33%
• Inherent Uncertainty 33%
• Decision Factors 33%
• Environmental Responsibility 33%
• Recovery Decision 33%
• Goal Programming Model 33%
• Quality Condition 33%
• PROMETHEE 33%
• Preference Factor 33%

Engineering

• Hybrid Approach 100%
• Product Life 100%
• Product Recovery 100%
• Illustrates 50%
• Conflicting Goal 50%
• Numerical Example 50%
• Economic Benefit 50%
• Programming Model 50%
• Product Life Cycle 50%
• Technical Feasibility 50%
• Cost-Benefit Analysis 50%
• Multi-Criteria Decision-Making 50%