This book provides an advanced overview of formaldehyde-free binder and materials based on it, including the procedures and prescriptions for their application. It discusses the synthesis of materials, measurement of the physical and mechanical properties as well as the durability, and analysis of the inner structure of such materials.
The environmental impact of the common binders used in construction materials is usually evaluated through life-cycle assessment (LCA), which is an effective process to measure the service life of construction materials. As construction materials are wood-based, they need flame retardants and various other additives to develop the desired features, which are added during the manufacturing process of construction materials. This makes the materials less environment-friendly and greenhouse gas emitters. The LCA of construction materials made of biodegradable binders, such as starch (flour-, corn-, and potato-based starch), and fibers, such as oat, hemp, and flax shives, has shown that they have less harmful effects on the environment than the conventional construction materials.
This book provides an advanced overview of formaldehyde-free binder and materials based on it, including the procedures and prescriptions for their application. It discusses the synthesis of materials, measurement of the physical and mechanical properties as well as the durability, and analysis of the inner structure of such materials. It presents innovative approaches and advanced solutions to manufacture cost-effective as well as ecologically and environmentally friendly formaldehyde-free hydraulic binder and binder-based materials, using common construction binders and biodegradable binders. As adhesive manufacturing is gaining popularity, this book identifies various formaldehyde-free hydraulic binders and binder-based materials for constructional applications. It also provides information on the most suitable materials and their manufacturing techniques and applications.
Recenzijas
This book is a state-of-the-art report on adhesive technology for the built environment and engineering sciences. It covers all aspects of adhesive technology with emphasis on valorization of waste. It is written by well-known experts in the field and is very useful for undergraduate and postgraduate students as well as practitioners and established researchers.
Prof. Said Kenai
University of Blida 1, Algeria
1. Starch-based Compound for Eco-friendly and Sustainable Construction
Adhesive and Binder System
2. Self-Compacting Composite Containing Mine
Tailing and Fortified by Nanocarbon Dot for Manufacturing of Cost-Effective
and CO2-Neutral Material in Construction and Infrastructure
3. Valorization
of Nano Carbon Dot-Based Green Binder Systems in Terms of Earthquake
Engineering, Reinforced Concrete Building, Applied Mechanics, Transportation
Engineering, and Their Applications
4. Some Technological Properties of
Hydraulic Construction Lime and Grouting Incorporated with Carbon Nanotube
Fiber Chopped for Manufacturing of Cost-Effective and CO2-Neutral Material in
a Cleaner Built Environment
5. Transforming Oil Sand Waste Ash into
Construction Material Using Net-Zero Energy
6. Ecological, Sustainable, Green
Brick Materials: Unfired Manufacturing System, Some Features, and Usage for
Greener Built Environment and Construction Technology
7. Adhesively Bonded
T-Joint Optimization by Cohesive Models: Effect of Adhered Material, Adhesive
Type, Geometry, and Bonding Technique
8. High-Performance Concrete Made of
Seawater and Cured in Seawater to Evaluate Hydration Composition and Porosity
with Analysis of SEM, Petrography, and Mercury Porosimetry in the Lack of
Fresh Water of Cleaner Built Environment
9. High-Performance Concrete Made of
Seawater and Cured in Seawater to Evaluate Hydration Composition and Porosity
with Analysis of SEM, Petrography, and Mercury Porosimetry in the Lack of
Freshwater of a Cleaner Built Environment
10. Properties of Innovative and
Eco-friendly Pavement and Structural Materials Using Waste Marble Sludge
Dust, Rice Husk Ash, Coir Fiber, Starch-Based Binder, and Carbon Quantum Dots
11. Behavior of Bacterial Strain over Cementless Geopolymer Concrete for
Sustainable Development
12. Geopolymer Bricks Using Industrial Wastes to
Reduce CO2 Footprint
13. Natural Rubber LatexSubstituted Bitumen Binder for
Road Construction: A Review
14. Agro-Industrial Supplementary Cementitious
Materials for Realizing Sustainable Development Goals of the UN and Net-Zero
CO2 Emission
15. Natural Rubber Latex and Its Effects on Some Properties of
Bitumen for Cleaner Built Environment
16. Analysis of E-Waste Containing
Carbon and Other Components as Composite Material for a Cleaner Built
Environment and Realizing UN Sustainable Development Goals
Mehmet Serkan Kirgiz is a pro-active, full-time, tenured-track professor at the Academia of ACMCEN, Oregon, USA. He has also been a full professor at various universities in Turkey, UK, and USA. His professional experience includes research and development with Scientific and Technological Research Council of Turkey (TUBITAK), teaching graduate- and postgraduate-level students in international institutions and universities collaboratively, and advising students in their theses since 1998. He has authored 260 peer-reviewed articles, 6 books, and 37 book chapters published in highly reputable SCI journals and Scopus-based publications. He also holds an international patent on cement manufacturing with marble powder and brick powder as farina.
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