Optimisation Mechanics in Nature

This book examines the growth and repair mechanisms of wood and bone, highlighting their applications in engineering and medicine through biomimetics.

This volume, titled Optimisation Mechanics in Nature, delves into the growth characteristics of two significant organic materials: wood and bone. A collection of research papers authored by specialists in the field of biomimetics, the book investigates the distinct growth mechanisms that govern these materials, as well as the unique self-repair capabilities of bone. Through an in-depth examination, the authors highlight the parallels and differences in the way wood and bone develop and function in their respective environments.

The work explores the foundational scientific principles that apply to both natural and synthetic materials, revealing how these principles manifest in the structural integrity of wood and bone. By studying these organic solids within their natural contexts, as well as through the lenses of engineering and medical analysis, the book provides valuable insights into how these materials can inform modern design and restoration techniques. The interplay between wood and bone is particularly emphasized, showcasing how the properties of one can influence the application of the other in various fields.

Ultimately, Optimisation Mechanics in Nature introduces the concept of biomimesis, which represents a contemporary interpretation of the ancient Greek idea of mimesis—the imitation of nature by humans. This 'two-way traffic' relationship not only enhances our understanding of natural materials but also paves the way for innovative applications in engineering and medicine, demonstrating the significant potential of learning from nature's design principles.