Materials for the 21st Century
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Author Description
What Does Cotton Candy, Which Dissolves At The Touch, Have In Common With Kevlar, Used For Bullet-proof Vests? How Can Our Understanding Of Such Materials Help Us To Tackle Essential Problems Of The 21st Century? Materials Play A Key Role In Our Search For Solutions To Many Pressing Issues. They Underpin Many Industries, Are Critical For The Development Of Consumer Goods, Are Essential Components Of Medical Diagnostic Techniques, Offer Hope For The Treatment Of Currently Incurable Diseases, And Provide Answers To Environmental Problems. This Handbook Is A Guide To The Materials We Rely On For The Future. Materials For The 21st Century Serves As A Useful Resource For Undergraduate And High School Students Preparing For A Career In Physical Sciences, Life Sciences,or Engineering, By Helping Them To Identify New Areas Of Interest. It Is Also An Excellent Reference For Readers Interested In Learning More About The Diverse Range Of Materials That Underlie Key Aspects Of Our Economy And Everyday Lives.
Menrva's Summary
THE THESIS
How can the fundamental properties of diverse materials be harnessed to address the complex technological and environmental challenges of the modern era? David Segal, an expert in materials science, provides a comprehensive overview of how material composition dictates functionality across various sectors. The text synthesizes principles from physics, chemistry, and engineering to demonstrate the link between microscopic structure and macroscopic application. By examining both natural and synthetic substances, the author constructs a framework for understanding how material innovation drives progress in medicine, industry, and sustainability.
THE SCOPE MAP
What You Will Find
- Analysis of material properties ranging from polymers to high-strength fibers like Kevlar.
- Applications of materials in medical diagnostics and disease treatment.
- Exploration of material solutions for environmental remediation and industrial efficiency.
Scope Limits
- The text does not provide deep mathematical derivations for quantum mechanical material properties.
- It does not serve as a comprehensive manufacturing manual for industrial-scale production.
THE AUTHORITY PERSPECTIVE
Readers frequently note the accessibility of the prose, which balances technical accuracy with clarity for students and interested laypeople. Experts highlight this as a foundational text for those seeking a broad introduction to the interdisciplinary nature of materials science.
Page Count:
312
Publication Date:
2017-01-01
Publisher:
Oxford University Press, Incorporated
ISBN-10:
0192526081
ISBN-13:
9780192526083
Science
Engineering
Materials Science
Technology
Materials
Manufacturing processes
Earth Sciences
Reference
