This revised second edition of Heating and Cooling of Buildings: Design for Efficiency offers a comprehensive, technically grounded exploration of modern HVAC system design and energy-efficient building practices. The text integrates principles of thermodynamics, heat transfer, and fluid mechanics with practical applications for residential, commercial, and industrial structures. It emphasizes load calculations, system selection, ductwork design, and control strategies, all aimed at reducing operational costs without compromising occupant comfort. The book’s structure supports both classroom learning and professional reference, with clear explanations, worked examples, and updated data tables. The material covers a wide range of equipment and configurations, from conventional forced-air systems to advanced radiant and geothermal solutions. It provides objective assessments of system performance, including seasonal efficiency metrics, part-load behavior, and life-cycle cost analysis. Detailed chapters address envelope insulation, glazing options, infiltration control, and passive solar design—all critical for achieving thermal comfort with minimal energy input. The text also discusses emerging topics such as variable refrigerant flow (VRF) systems, heat recovery ventilators, and smart thermostat integration, reflecting current industry trends. The revised edition includes revised code references, updated equipment performance data, and additional content on commissioning and maintenance. The writing is straightforward and technical, avoiding subjective praise while clearly presenting the factual basis for design decisions.

Tables, diagrams, and sample calculations support the narrative, making complex concepts accessible to engineers, architects, and advanced students. The physical binding and paper quality are durable enough for frequent use in an office or classroom setting. This resource is particularly well suited for professionals seeking to deepen their understanding of energy-efficient building design, as well as for university courses in mechanical engineering, architectural engineering, or building science. It offers a balanced mix of theory and practice, with an emphasis on cost-effective, environmentally responsible solutions. The price point represents a very affordable investment for such a thorough, authoritative reference that can be used for years.