Thermal Design of Buildings: Understanding Heating, Cooling and Decarbonisation offers a thorough examination of building thermal behaviour and sustainable climate control. The book systematically covers heat transfer principles, building envelope performance, and the integration of heating, ventilation, and air conditioning systems with a focus on reducing carbon emissions. It presents both theoretical foundations and practical methodologies, enabling readers to grasp how heat moves through structures, how to calculate heating and cooling loads, and how to apply strategies such as passive solar design, natural ventilation, and high-performance insulation.
Buildings Thermal Design Heating Cooling Decarbonisation Bargain
Heating and Cooling
Thermal Design of Buildings: Understanding Heating, Cooling and Decarbonisation
$43.00
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Buildings Thermal Design: Heating Cooling Decarbonisation Bargain.
This affordable guide covers building thermal design fundamentals, including heating, cooling, and decarbonisation strategies. It offers clear explanations and practical examples for architects and engineers at a great value. Save on this essential resource for creating energy-efficient buildings.
Product Description
The text also explores the role of renewable energy sources, thermal mass, and smart controls in achieving net-zero carbon targets. The content is structured to serve a wide audience, from students of architecture and engineering to practicing professionals seeking to deepen their understanding of energy-efficient design. Each chapter includes clear diagrams, worked examples, and case studies that illustrate real-world applications without exaggeration.
The book avoids overly technical jargon, making complex topics accessible while maintaining scientific rigour. It emphasises the importance of balancing comfort, cost, and environmental impact, providing a holistic view of modern building design. Readers will find detailed discussions on the properties of building materials, glazing options, air leakage control, and the impact of climate on design decisions.
The final sections address the latest approaches to decarbonisation, including embodied carbon assessment, retrofit strategies, and policy frameworks. The book does not promote any single solution but presents a range of options so that professionals can make informed choices based on project constraints.
Priced affordably, this volume delivers substantial value as a reference or textbook. Its comprehensive coverage and clear organisation make it a practical tool for anyone involved in designing, constructing, or retrofitting buildings with lower energy demand and carbon footprint.
