Sustainable Production and Logistics: Modeling and Analysis

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Eren Ozceylan (Gaziantep University, Turkey) Surendra M. Gupta (Northeastern University, Boston, USA)

Sustainable Production and Logistics

Modeling and Analysis

Eren Ozceylan (Gaziantep University, Turkey), Surendra M. Gupta (Northeastern University, Boston, USA)

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English

CRC Press
04 October 2024

Product design; Operational research; Manufacturing industries; Engineering: general; Electronics engineering

Sustainable Production and Logistics: Modeling and Analysis

Subject Guide: Engineering - Industrial & Manufacturing

This book presents issues faced by planners of production and distribution operations in terms of smart manufacturing and sustainability, using efficient quantitative techniques in a variety of decision-making situations.

Addressing the state-of-the-art of the smart and sustainable sides of production and distribution planning operations, it highlights how a current issue can be effectively approached and what particular quantitative technique can be used. The book goes on to provide a foundation in the new and fast-growing digital journey, and includes logistics 4.0 inside Industry 4.0, along with case studies.

The information in this book is useful worldwide, especially in the Americas, Europe, Turkey, and Japan. It is written for academicians, researchers, practitioners, and students.

Edited by: Eren Ozceylan (Gaziantep University Turkey), Surendra M. Gupta (Northeastern University, Boston, USA)
Imprint: CRC Press
Country of Publication: United Kingdom
Dimensions: Height: 234mm, Width: 156mm,
Weight: 771g
ISBN: 9780367714994
ISBN 10: 036771499X
Pages: 398
Publication Date: 04 October 2024
Audience: College/higher education , Professional and scholarly , Primary , Undergraduate
Format: Paperback
Publisher's Status: Active

1. Mitigating Customer Initiated Warranty Fraud for Remanufactured Products in Reverse Supply Chain. 2. Price Decision for New and Remanufactured High-Technology Products under Vertical Nash Model. 3. Disassembly Line Balancing of an End-of-life Product: A Case of Wind Turbine. 4. A Differential Evolution Algorithm for Balancing Mixed-model Disassembly Lines. 5. Integrated Collection-Disassembly-Distribution Problem. 6. Trade-in-to-Upgrade Policymaking in a Digital Twin Disassembly-to-Order System for the Consumer Electronics Industry. 7. Use of Metaheuristics in Reverse Logistics and De-Manufacturing. 8. Reverse Logistics Network Design for Recycling of Packaging Waste: A Case Study. 9. Comparison of Sensor-Embedded Closed-Loop Supply Chain Systems with Regular Systems. 10. DEMATEL-Based Analysis of the Factors Hindering the Effective Use of Industry 4.0 Technologies in Reverse Logistics. 11. Considering Service Level for Planning of Forward/Reverse Supply Chain Network Under Uncertainties. 12. Two-Stage Repair-Full Refund Warranty Policy Analysis for Remanufactured Products in Reverse Supply Chain. 13. An Application of Warehouse Layout and Order Picking in a Distribution Centre. 14. Application of Analytical Network Process Based BOCR Model on Green Supplier Selection Problem: A Case of ISO 14001 Certified Hotel. 15. A Group Decision Making Approach Using Fuzzy AHP and Fuzzy VIKOR for Green Supplier Evaluation. 16. An Improved Extension of Weighted Hierarchical Fuzzy Axiomatic Design: Sustainable Route Selection Problem in Intermodal Transportation Networks. 17. Minimizing Delays on Single Line Train Scheduling. 18. Sustainable Scheduling and an Application in Aviation Industry. Index.