Bio-Based Polymers and Composites Wool Ph.D. Materials Science & Eng. University of Utah 1974, Richard and Sun Ph.D. Agr. & Bio. Engineering University of Illinois Urbana IL 1993, Xiuzhi Susan

$104

Shows signs of wear. Jacket may be torn, cover may have creases, pages have some writing and highlighting. May have some water damage. May be a former library book. If you are buying a box set item, the box may not be included.

This mid-1990s collaboration between engineers Wool and Sun explores pioneering research into bio-based polymers and composites derived from renewable resources like plant fibers and proteins. At the forefront of sustainable materials science, it laid groundwork for today’s eco-friendly innovations in packaging, biomedicine, and construction. With notes from past readers, this well-worn copy offers a tangible link to the early days of an industry now thriving. A must-have for collectors and researchers interested in the history of green materials development.

1 in stock

SKU: Hall-12-TOP-1318 Category: Product Condition: Used

Description

Shows signs of wear. Jacket may be torn, cover may have creases, pages have some writing and highlighting. May have some water damage. May be a former library book. If you are buying a box set item, the box may not be included.

This well-worn copy of “Bio-Based Polymers and Composites” offers a glimpse into the pioneering research that laid the foundations for today’s sustainable materials science. Published in the mid-1990s, this work represents a collaboration between Richard Wool, a materials engineer from the University of Utah, and Xiuzhi Susan Sun, an agricultural and biological engineer from the University of Illinois at Urbana-Champaign. Their groundbreaking research explored the use of renewable resources, such as plant fibers and proteins, as alternatives to traditional petroleum-based polymers. This book was at the forefront of a movement towards more environmentally-friendly and biodegradable materials, paving the way for innovations in fields like green packaging, biomedical applications, and eco-friendly construction. Despite its well-loved appearance, this copy bears the marks of its importance, with notes and highlights from previous readers attesting to its significance in the field. For collectors and researchers interested in the history of sustainable materials development, this book offers a tangible connection to the early days of a now-thriving industry.

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Weight 1111.32 lbs
Dimensions 22.86 × 14.99 × 3.3 in
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