Innovation and Sustainable Manufacturing: Research and Development

Front Cover
Innovation and Sustainable Manufacturing
Copyright Page
Contents
List of contributors
About the editors
Preface
Acknowledgments
1 Sustainable and fractal manufacturing systems: complexity minimization when sustainability and Industry 4.0 interact
	1.1 Introduction
	1.2 Complexity in sustainable manufacturing systems
		1.2.1 The evolution of complexity management in manufacturing systems
		1.2.2 The integration of deterministic and chaotic systems to manage complexity in manufacturing
		1.2.3 Conclusions to manage complexity in sustainable production systems
	1.3 Fractal paradigm: foundations
	1.4 Sustainable and fractal manufacturing systems to manage complexity in Industry 4.0
		1.4.1 The concept of sustainable and fractal manufacturing systems
		1.4.2 Basic principles for sustainable and fractal manufacturing systems
		1.4.3 Generic architecture of a sustainable and fractal manufacturing systems
		1.4.4 Coordination and control of the metabolism (material, energy, and information) to manage the sustainability of sustai...
		1.4.5 Complexity dimensions to manage the sustainability results of the sustainable and fractal manufacturing systems
		1.4.6 Metrics to manage complexity for the sustainable and fractal manufacturing systems
			1.4.6.1 Self-similarity, H(s)
			1.4.6.2 Coevolution, H(d)
			1.4.6.3 Triple-E performance, C_MSTPh
	1.5 Conclusion
	References
2 Reliability of manufacturing technologies
	2.1 Introduction
	2.2 Technologies in the context of the sustainable economy
		2.2.1 Consumption technology
			What can be deduced from this?
	2.3 Industrial innovation and manufacturing innovation
	2.4 The challenges of sustainable economic systems
	2.5 The reliability of technologies (processes) in the context of the circular economy
	2.6 Evaluation of the level of reliability in the case of systems related to the circular economy
	2.7 Reliability of complex systems and evaluation methods applied to the elements that compose the circular economy
	2.8 Conclusion
	References
3 Energy innovations and sustainable development of circumpolar territories in Russia
	3.1 Introduction
	3.2 Russia: energy sector outlook
		3.2.1 Oil
		3.2.2 Natural gas
		3.2.3 Coal
		3.2.4 Electricity
		3.2.5 Nuclear energy
		3.2.6 Renewable energy
	3.3 Government regulation framework
		3.3.1 Overall regulation
		3.3.2 Arctic zone of Russia
	3.4 Energy and innovations
	3.5 Energy and sustainable development
	3.6 Sustainability through innovation
		3.6.1 Russia’s approach to boosting innovations in the energy sector
		3.6.2 Renewable energy for the Arctic
		3.6.3 Small-scale power generation
		3.6.4 Niches for international collaboration
	3.7 Conclusion
	Acknowledgments
	References
4 Analysis of factors influencing smart and sustainable manufacturing systems using a multi-criteria decision making tool
	4.1 Introduction
	4.2 Literature review
	4.3 Case study
	4.4 Conclusion
	References
5 Catching up with sustainable development in emerging markets through financial innovation
	5.1 Introduction
	5.2 Literature review and theoretical framework
	5.3 Methods and analysis
	5.4 Sustainable financing for sustainable developing
	5.5 Capital markets union: an ambitious project for the development of emerging markets in central and eastern Europe
	5.6 Conclusion, policy implications, and limitations
	References
6 Corporate social responsibility, business ethics, sustainability, and innovation: a theoretical analysis of the importanc...
	6.1 Introduction
	6.2 Corporate social responsibility, business ethics, sustainability, and innovation: conceptualization and correlation
	6.3 Corporate social responsibility, business ethics, sustainability, and innovation: the impact of the COVID-19 pandemic
	6.4 Conclusion
	References
7 Sustainability: leadership and reporting as its pillars
	7.1 Introduction
	7.2 The ecological concern and the call for green management
	7.3 Building credible commitments: addressing and managing the environmental trust gap
	7.4 The concept of corporate social responsibility as a means to operationalize organizational environmental management and...
	7.5 Toward integrated thinking: leadership and reporting as the pillars of sustainable organizations
		7.5.1 Conceptualizing sustainable leadership
		7.5.2 Conceptualizing sustainable reporting
	7.6 Conclusion
	References
8 Comparison of the SLM, SLS, and DLMS techniques in additive manufacture of AlSi10Mg alloys
	8.1 History of additive manufacturing and its development
		8.1.1 Importance of additive manufacturing in industry
	8.2 Materials used in the additive manufacturing method
	8.3 Classification of additive manufacturing technologies
		8.3.1 Selective laser sintering and selective laser melting
		8.3.2 Direct metal laser sintering
	8.4 Concluding remarks
	References
Index
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