Natural cork materials have many interesting applications. The present book places emphasis on such topics as cork quality, crashworthiness of agglomerated cork, architectural applications, cork stoppers, production of hollow cork pieces, 3D print technology filaments based on cork waste, effects of extremely low and high temperatures, and the adaptation of cork oak forests to climate change.
The present book places emphasis on such topics as cork quality, crashworthiness of agglomerated cork, architectural applications, cork stoppers, production of hollow cork pieces, 3D print technology based on cork waste, etc.
The present book places emphasis on such topics as cork quality, crashworthiness of agglomerated cork, architectural applications, cork stoppers, production of hollow cork pieces, 3D print technology based on cork waste, etc.
Table of Contents
- Stem Diameter and Height as Traits Linked to Cork Quality (Thickness and Porosity) in Cork Oak (Quercus suber L.)
- New Forest Management Techniques to Improve the Adaptation of Cork Oak Forests to Climate Change
- Cork: New uses in Architecture
- Behavior of Natural Cork Stoppers when Modifying Standard Corking Parameters: Three Practical Cases
- Production of Cork Hollow Pieces by an Innovate Process Based on Rotational Moulding
- A New 3D Print Technology Filament 100% Based in Natural Biological Sources and Cork Waste
- Crashworthiness of Agglomerated Cork Under the Influence of Extremely Low and High Temperatures
