TY - BOOK ID - 146372769 TI - Sustainable Industrial Engineering along Product-Service Life Cycle/Supply Chain AU - Matias, João Carlos de Oliveira AU - Azevedo, Susana Garrido AU - Pimentel, Carina PY - 2021 PB - Basel, Switzerland MDPI - Multidisciplinary Digital Publishing Institute DB - UniCat KW - Technology: general issues KW - information and communication technologies KW - green supply chain KW - update and sustainable KW - sustainability KW - green degree KW - game model KW - sustainable supplier selection KW - DEMATEL KW - ANP KW - fuzzy VIKOR KW - IVTFN KW - hybrid information aggregation KW - TBL theory KW - energy intensity KW - income KW - education KW - eco-efficiency KW - circular economy KW - equipment development task KW - foreseeable rework KW - hidden rework KW - uncertainty KW - complexity KW - blockchain KW - supply chain KW - use cases KW - applications KW - quality level KW - reliability demonstration test KW - Bayesian approach KW - conjugacy KW - beta-binomial distribution KW - sequential sampling KW - one-shot devices KW - finite population KW - express delivery service KW - last mile delivery KW - pricing KW - collaboration KW - market share KW - reverse supply chain KW - collection strategy KW - waste mobile phones KW - evolutionary game theory KW - evolution mechanism KW - reward-penalty mechanism KW - ammunition incineration KW - down-cycling KW - energetic material recycling KW - industrial ecology KW - life-cycle assessment KW - cap-and-trade KW - production KW - carbon emissions reduction KW - consumers’ environmental preferences KW - newsvendor model KW - Lean Manufacturing KW - Industry 4.0 KW - economic KW - environmental KW - and social KW - structure equations modeling KW - sustainable global supply chain KW - single- and multi-objective optimization method KW - sustainability design constraint KW - software application KW - real case study KW - pulp and paper industry KW - comparative index KW - cross-country analysis KW - JIT implementation KW - suppliers in JIT KW - operational benefits KW - human factor in JIT KW - material flow KW - structural equation model KW - carbon credit KW - environmental cost accounting KW - pyrolysis KW - solid waste KW - vendor selection KW - product life cycle KW - multi-objective linear programming KW - multi-choice goal programming KW - additive manufacturing KW - social change KW - social impacts KW - 3D printing KW - rapid prototyping KW - recycling investment strategy KW - demand uncertainty KW - Stochastic nonlinear Programming KW - Monte-Carlo based sample average approximation method KW - memetic algorithm KW - industrial symbiosis KW - potential industrial symbiosis KW - eco-industrial parks KW - sustainable supply chain management KW - research methods KW - scientific production KW - metrics KW - indicators KW - information and communication technologies KW - green supply chain KW - update and sustainable KW - sustainability KW - green degree KW - game model KW - sustainable supplier selection KW - DEMATEL KW - ANP KW - fuzzy VIKOR KW - IVTFN KW - hybrid information aggregation KW - TBL theory KW - energy intensity KW - income KW - education KW - eco-efficiency KW - circular economy KW - equipment development task KW - foreseeable rework KW - hidden rework KW - uncertainty KW - complexity KW - blockchain KW - supply chain KW - use cases KW - applications KW - quality level KW - reliability demonstration test KW - Bayesian approach KW - conjugacy KW - beta-binomial distribution KW - sequential sampling KW - one-shot devices KW - finite population KW - express delivery service KW - last mile delivery KW - pricing KW - collaboration KW - market share KW - reverse supply chain KW - collection strategy KW - waste mobile phones KW - evolutionary game theory KW - evolution mechanism KW - reward-penalty mechanism KW - ammunition incineration KW - down-cycling KW - energetic material recycling KW - industrial ecology KW - life-cycle assessment KW - cap-and-trade KW - production KW - carbon emissions reduction KW - consumers’ environmental preferences KW - newsvendor model KW - Lean Manufacturing KW - Industry 4.0 KW - economic KW - environmental KW - and social KW - structure equations modeling KW - sustainable global supply chain KW - single- and multi-objective optimization method KW - sustainability design constraint KW - software application KW - real case study KW - pulp and paper industry KW - comparative index KW - cross-country analysis KW - JIT implementation KW - suppliers in JIT KW - operational benefits KW - human factor in JIT KW - material flow KW - structural equation model KW - carbon credit KW - environmental cost accounting KW - pyrolysis KW - solid waste KW - vendor selection KW - product life cycle KW - multi-objective linear programming KW - multi-choice goal programming KW - additive manufacturing KW - social change KW - social impacts KW - 3D printing KW - rapid prototyping KW - recycling investment strategy KW - demand uncertainty KW - Stochastic nonlinear Programming KW - Monte-Carlo based sample average approximation method KW - memetic algorithm KW - industrial symbiosis KW - potential industrial symbiosis KW - eco-industrial parks KW - sustainable supply chain management KW - research methods KW - scientific production KW - metrics KW - indicators UR - https://www.unicat.be/uniCat?func=search&query=sysid:146372769 AB - Sustainable industrial engineering addresses the sustainability issue from economic, environmental, and social points of view. Its application fields are the whole value chain and lifecycle of products/services, from the development to the end-of-life stages. This book aims to address many of the challenges faced by industrial organizations and supply chains to become more sustainable through reinventing their processes and practices, by continuously incorporating sustainability guidelines and practices in their decisions, such as circular economy, collaboration with suppliers and customers, using information technologies and systems, tracking their products’ life-cycle, using optimization methods to reduce resource use, and to apply new management paradigms to help mitigate many of the wastes that exist across organizations and supply chains. This book will be of interest to the fast-growing body of academics studying and researching sustainability, as well as to industry managers involved in sustainability management. ER -