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Wiley-Scrivener
Jagadeesha T. And Sandip Kunar
Bio-Inspired Manufacturing Systems
N/A
2026
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Publisher > Wiley-Scrivener
Author > Jagadeesha T. And Sandip Kunar
Title > Bio-Inspired Manufacturing Systems
Issue > N/A
Year > 2026
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ISBN > 9781394408337
Pages > 344
Genre > Biology
Language > English
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Type > RETAIL
Media > TECH
Format > .epub
Section > eBook
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Published > 2026-05
Release > 2026-09-10
Disks > 01 x 4 MB
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- - -- [ D E S C R I P T I O N ] -- - -
Master the next generation of bio-inspired manufacturing by learning to
harness the self-assembly and hierarchical power of structural proteins to
create adaptive, high-performance materials. Over the past few decades,
significant attention has been devoted to the self-assembly of structural
proteins, which form intricate hierarchical materials combining exceptional
mechanical, chemical, and transport properties. This highly regulated
process spans both nano- and macroscales, making these materials especially
attractive for the development of integrated, adaptive systems in bio-
inspired manufacturing. Parallel advances in materials development and
their application in bio-inspired devices have further accelerated progress
in this field. This book explores the revolutionary potential of biomimicry
in the manufacturing industry. By drawing inspiration from natures time-
tested designs, this book presents innovative approaches that enhance
production efficiency, sustainability, and adaptability. It showcases how
biological principles can be applied to optimize manufacturing processes,
reduce waste, minimize energy consumption, and create resilient systems
capable of adjusting to dynamic environments. Through real-world examples
and case studies, it demonstrates the transformative power of bio-inspired
solutions in industries ranging from automotive and aerospace to consumer
goods and renewable energy. Designed for engineers, researchers, and
industry leaders, this book serves as a comprehensive guide to
understanding and implementing bio-inspired techniques within modern
manufacturing systems. It bridges the gap between cutting-edge research and
practical applications, providing actionable insights that can be
integrated into existing production environments. Readers will find the
volume: Introduces the power of nature to drive sustainable and efficient
manufacturing processes; Explores how bio-inspired systems can reduce
waste, energy consumption, and operational costs; Discusses innovative
design principles that foster adaptability and resilience in manufacturing;
Provides insights into cutting-edge technologies inspired by biological
processes to enhance production. Audience Bio-Inspired Manufacturing
Systems will appeal to engineers, manufacturers, industrial designers,
sustainability experts, and researchers in both academia and industry. It
is particularly relevant for professionals in fields like mechanical
engineering, materials science, and environmental engineering, as well as
those working in manufacturing operations, supply chain management, and
innovation. The book targets individuals and organizations committed to
integrating sustainable, efficient, and adaptable systems into their
manufacturing processes.
- - -- [ R E T A I L U R L ] -- - -
https://www.ebooks.com/en-us/book/347475289/bio-inspired-manufacturing-
systems/jagadeesha-t/
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