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HANDBOOK OF BIOMIMETICS AND BIOINSPIRATION: BIOLOGICALLY-DRIVEN ENGINEERING OF MATERIALS, PROCESSES, DEVICES, AND SYSTEMS (IN 3 VOLUMES) (World
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This multi-volume handbook focuses on the application of biomimetics and bioinspiration in medicine and engineering to produce miniaturized multi-functional materials, devices, and systems to perform complex tasks.
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What Stands Out
Product Details
- Comprehensive handbook on biomimetics and bioinspiration in 3 volumes
- Focuses on natural or green technologies for addressing major technological challenges
- Covers rational design of nano- and micro-structured hierarchical materials inspired by living systems
- Explores nature-oriented studies and developments in electromechanical devices and systems
- Presents engineered models of biological tissues for medical and engineering applications
- Includes 248 colored figures and is suitable for understanding and mimicking biological systems for novel engineering solutions
| Item Weight | 6 lbs (2.72 kg) |
Who Should Buy?
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Researchers and Academics
Ideal for those conducting advanced research in biomimetic materials and biological systems engineering.
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Industrial Engineers
Beneficial for engineers seeking innovative solutions derived from biological processes in product design.
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Graduate Students
A valuable resource for students studying biomimicry or bioinspired engineering in advanced degree programs.
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General Readers
May be overly technical and specialized for individuals without a scientific background or interest.
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Casual Hobbyists
Not suitable for hobbyists seeking easy-to-understand information or practical applications in biomimetic practices.
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Undergraduate Students
Possibly too advanced for undergraduates just beginning to explore concepts in biomimicry and materials engineering.
Product Description
HANDBOOK OF BIOMIMETICS AND BIOINSPIRATION: BIOLOGICALLY-DRIVEN ENGINEERING OF MATERIALS, PROCESSES, DEVICES, AND SYSTEMS (IN 3 VOLUMES) (World Scientific Nanoscience and Nanotechnology)
Customer Questions & Answers
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Question:
What is the focus of the HANDBOOK OF BIOMIMETICS AND BIOINSPIRATION?
Answer: The HANDBOOK OF BIOMIMETICS AND BIOINSPIRATION primarily focuses on the integration of biological principles into engineering practices. It explores how nature inspires the design and innovation of materials, processes, devices, and systems. By studying organisms and their ecosystems, the handbook offers insights into creating more efficient, sustainable solutions for contemporary engineering challenges. This is particularly useful in fields such as materials science, mechanical engineering, and environmental design, where employing natural methods can lead to groundbreaking advancements. -
Question:
How many volumes are included in this handbook?
Answer: The HANDBOOK OF BIOMIMETICS AND BIOINSPIRATION is comprised of three comprehensive volumes. Each volume delves into different aspects of biomimetic and bioinspired research and applications. Volume one might cover foundational concepts, while the subsequent volumes could focus on advances in materials and processes, as well as the development of devices and systems. This structured approach makes it an invaluable resource for researchers, students, and professionals looking to deepen their understanding of biologically-driven engineering. -
Question:
Who can benefit from reading this handbook?
Answer: This handbook is designed for a wide audience, including students, academics, engineers, and researchers involved in biomimetic and bioinspired design. Practitioners in industries such as materials science, robotics, and environmental engineering will find it especially relevant. It serves as both a textbook for learning and a reference for professionals looking to apply biological insights to real-world engineering problems. The diverse topics covered ensure a broad appeal for anyone interested in cutting-edge technologies inspired by nature. -
Question:
Are there any practical applications discussed in the handbook?
Answer: Yes, the HANDBOOK OF BIOMIMETICS AND BIOINSPIRATION provides numerous practical applications derived from biological principles. For example, it examines how the design of Velcro mimics the hooking mechanism of burrs, or how termite mounds inspire energy-efficient buildings. Each application is backed by scientific research, demonstrating how these biological strategies can be successfully implemented in engineering. This offers readers a pathway to innovate within their own fields while emphasizing sustainable practices inspired by nature. -
Question:
Can this handbook be used as a textbook for university courses?
Answer: Absolutely, this handbook is well-suited to serve as a textbook for university courses focused on biomimetic design and bioinspiration. Its structured layout and comprehensive content make it an effective educational resource for students studying engineering, design, and environmental sciences. Each chapter includes key concepts, case studies, and discussion points that can facilitate classroom learning and inspire projects. Educators looking to teach innovative approaches to problem-solving will find this handbook invaluable. -
Question:
Is this handbook suitable for interdisciplinary research?
Answer: Yes, the HANDBOOK OF BIOMIMETICS AND BIOINSPIRATION is highly suitable for interdisciplinary research. It bridges engineering, biology, and environmental sciences, making it a fantastic reference for researchers from varied disciplines. Whether you're a biologist looking to apply your findings in engineering or an engineer seeking natural inspiration, this handbook provides essential insights into how these fields can converge. Its interdisciplinary approach encourages collaboration and cross-pollination of ideas among researchers and practitioners. -
Question:
How is the content of this handbook structured?
Answer: The content of the HANDBOOK OF BIOMIMETICS AND BIOINSPIRATION is meticulously structured across three volumes, each focusing on distinct themes within the overarching topic of biomimicry. Volume one introduces foundational theories and concepts, while the subsequent volumes delve into specific applications in materials, processes, devices, and systems. This organized structure not only enhances understanding but also allows readers to navigate through complex information more effectively. Each section incorporates case studies to illustrate practical applications. -
Question:
Does the handbook include contributions from leading experts?
Answer: Yes, the HANDBOOK OF BIOMIMETICS AND BIOINSPIRATION features contributions from leading experts in various fields related to biomimicry and bio-inspired engineering. Having insights from established researchers and practitioners enriches the content, ensuring that readers receive well-researched and current information. This enhances the credibility of the handbook as a definitive resource for those involved in the exploration and application of biomimetic principles in engineering. -
Question:
What are some key subjects covered in this handbook?
Answer: Key subjects in the HANDBOOK OF BIOMIMETICS AND BIOINSPIRATION include the study of biological systems, design principles inspired by nature, material innovation, and sustainable engineering practices. Each volume tackles a different subject matter ranging from theoretical frameworks to real-world applications. This comprehensive coverage allows for a thorough understanding of how biomimetic principles can be utilized across diverse engineering domains, promoting innovation along with environmental sustainability. -
Question:
Where can I buy the HANDBOOK OF BIOMIMETICS AND BIOINSPIRATION in Seychelles?
Answer: You can purchase the HANDBOOK OF BIOMIMETICS AND BIOINSPIRATION through Ubuy, which offers a reliable platform for acquiring specialized books and resources. Ubuy provides a user-friendly shopping experience, catering to the unique needs of customers in Seychelles. Whether you are in search of academic texts or innovative design guides, Ubuy’s extensive catalog ensures access to essential materials for your research or professional development.
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SCR 8637
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Features & Benefits
- Handbook focuses on biomimetics and bioinspiration in medicine and engineering
- Provides rational design of nano- and micro-structured hierarchical materials
- Covers fields of bioinspired materials, electromechanical systems and tissue models
- Innovation goes hand-in-hand with less waste and less invasiveness to life on earth
- Bioinspiration led to development of technologies that mimic biological systems
- Development of novel, efficient, reliable multifunctional materials, devices and systems.