Advanced Disassembly Planning

Beschreibung

Disassembly is one of the key elements of any processing of recovered products. Be it for repair, remanufacturing, refurbishing, cannibalisation, material recycling, or disposal. Hence, planning the disassembly is important and—with growing amounts of recovered products and need for saving resources—becomes even more important.The disassembly planning approaches presented are based on mathematical programming. With this methodology a profit-optimal planning of quantities of multiple types of recovered products as well as parts distribution, material recycling, and disposal quantities is realised. Thereby, typical aspects, like material purity requirements, the condition of the recovered products, hazardous parts, and capacity limitations, are also considered. Anew approach is the presented combination of disassembly-to-order planning and disassembly sequencing, which is called Flexible Disassembly Planning.  Contents·         Flexible Disassembly Planning·         Disassembly planning considering price-quantity dependencies·         Rolling horizon disassembly planning·         Disassembly path assignment Target Groups·         Researchers and students in the field of Business Administration with focus on Disassembly Planning and Operations Research·         Managers and experts with focus on Disassembly Planning About the AuthorChristian Ullerich was university lecturer and researcher in the fields of Operations Research and Industrial Management at the faculty of economic sciences at the TechnischeUniversität Dresden.
Disassembly is one of the key elements of any processing of recovered products. Be it for repair, remanufacturing, refurbishing, cannibalisation, material recycling, or disposal. Hence, planning the disassembly is important and—with growing amounts of recovered products and need for saving resources—becomes even more important. The disassembly planning approaches presented are based on mathematical programming. With this methodology, a profit-optimal planning of quantities of multiple types of recovered products as well as parts distribution, material recycling, and disposal quantities is realised. Thereby,typical aspects, like material purity requirements, the condition of the recovered products, hazardous parts, and capacity limitations, are also considered. A new approach is the presented combination of disassembly-to-order planning and disassembly sequencing, which is called Flexible Disassembly Planning.
Publication in the field of economic sciences Includes supplementary material: sn.pub/extras

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Christian Ullerich

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Disassembly planning Dynamic planning Linear and quadratic optimization Literature review Operations research

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