Modern Hybrid Timber Systems: Transforming Construction for the Next Generation | Sustainable Timber Construction | AGPH Books
by Amitava Sil, Dr. Richa Bansal, Dr. Priyank Maithani
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Book Title: Modern Hybrid Timber Systems: Transforming Construction for the Next Generation | Sustainable Timber Construction | AGPH Books
Modern Hybrid Timber Systems: Transforming Construction for the Next Generation offers a comprehensive and forward-looking exploration of timber-based construction within the context of contemporary engineering, sustainability, and technological innovation. As the global construction sector seeks alternatives to resource-intensive practices, this book positions hybrid timber systems as a viable and resilient solution that balances structural performance with environmental responsibility.
Beginning with an introduction to the concept and evolution of hybrid timber construction, the book establishes a strong theoretical foundation. It traces the development of engineered timber products and examines their advantages, global adoption trends, and growing relevance in sustainable and climate-responsive building design. The discussion then progresses to a detailed examination of materials and components, including cross-laminated timber, glue-laminated timber, laminated veneer lumber, and timber composites integrated with steel and concrete.
The core engineering principles governing hybrid timber systems are addressed through chapters on structural behaviour, analytical methods, connection design, and performance aspects such as fire safety, acoustics, and vibration control. Equal emphasis is placed on construction techniques and emerging technologies, highlighting prefabrication, modular assembly, digital fabrication, Building Information Modelling, robotics, and quality assurance processes.
Through diverse building applications, ranging from residential and commercial structures to high-rise, industrial, and retrofit projects, the book demonstrates the adaptability of hybrid timber systems across scales and functions. The concluding chapter critically evaluates regulatory frameworks, environmental certification, economic feasibility, and barriers to wider adoption, while also outlining future innovations and the role of the circular economy.
Overall, Modern Hybrid Timber Systems: Transforming Construction for the Next Generation serves as an essential academic and professional reference for understanding, designing, and advancing the future of sustainable construction
About The Publisher:
AGPH Books is a professional self-book publishing house based in Central India, specializing in academic, professional, fiction, and non-fiction books in print, digital, and audio formats. The publishing house produces textbooks, research and reference works, biographies, self-help titles, children's books, literary fiction, poetry, and general interest publications. With a transparent publishing process and strong digital distribution, AGPH Books ensures global availability through Google Books, Amazon, Flipkart, and its official website store, supporting authors and institutions in reaching a wide and diverse readership.
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About the Author
Amitava Sil is presently working as Scientist-E in Institute of Wood Science and Technology, Field Station Kolkata under council of ICFRE, Ministry of Environment Forests and Climate Change, Government of India. He had obtained Bachelor Degree in Civil Engineering from North Bengal University and Masters in Structural Engineering from NIT Durgapur. He has about 20 years of experience in Research & Development related to Eco-friendly bamboo houses, pre-fabricated bamboo housing system for disaster mitigation, bamboo waling system. He had contributed in revision and formulation Standards related to Civil Engineering Division under Bureau of Indian Standards. He has been nominated by competent authority in the MoEF&CC, Govt of India as a Member of Annual General Meeting of IPIRTI Society. He had published more than 45 publications in National, International Journals and seminar proceedings. He has edited book titled “Futuristic Trends in Construction Material and Civil Engineering as editor. He has been nominated by Bureau of Indian Standards to represent India in ISOTC/165 “Timber Structure” committee. He has been awarded as “Young Achiever Award 2021” for work in Bamboo Composite Housing system.
Richa Bansal, PhD, is a wood science professional whose work lies at the intersection of science, sustainability, and regulatory practice in India’s plywood and panel sector. With her expertise in wood science and technology, she has developed a strong understanding of timber and wood-based materials—from their fundamental properties and preservation to their performance in engineered products and building applications. Her professional journey spans academic research, industry-oriented technical work, and policy advocacy, with hands-on engagement in standards, environmental compliance, and sectoral development. She is closely involved in industrial research, policy representation, and strategic communication, working with stakeholders across government, industry, and academia. Her work focuses on translating scientific knowledge into practical, sustainable, and policy-aligned solutions for wood-based industries, supporting responsible resource use, innovation, and long-term growth in the built environment.
Dr. Priyank Maithani is a researcher and industry professional with a PhD in mass timber, whose work sits at the intersection of science, manufacturing, and practical application. Trained in wood science, he has developed a deep understanding of timber as a material, from its fundamental properties to its performance in engineered products. His professional journey has been shaped by hands-on involvement in timber processing, product manufacturing, and quality testing across a wide range of applications. Working with both global hardwoods and softwoods, he is closely engaged in industrial research and development, with a focus on translating technical knowledge into reliable, high-quality timber solutions for the built environment.
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