Passive House Design & Construction: A Guide for Architects, Builders, and Visionaries in Sustainable Housing
In a world where sustainable construction is no longer optional but essential, The Technical Blueprint: Mastering Passive House Design & Construction offers a rigorous and practical guide for architects, builders, and forward-thinking professionals. This in-depth resource unpacks the core principles of Passive House design-airtightness, high-performance insulation, thermal-bridge mitigation, heat-recovery ventilation, and passive solar strategy-while providing actionable insight into material selection, energy modeling, and built-project outcomes.
Moving from foundational design logic to advanced construction execution, the book closes the gap between theory and practice. Readers will examine the building science behind low-energy performance, explore emerging approaches such as AI-assisted modeling and prefabrication, and develop strategies for upgrading existing buildings toward Passive House levels of performance. Whether applied to single-family homes or larger residential developments, the focus remains on delivering measurable performance, durability, and occupant comfort.
Rather than a prescriptive manual, The Technical Blueprint functions as a technical framework-equipping professionals with the knowledge, discipline, and decision-making tools required to deliver high-performance buildings in a changing regulatory and environmental landscape.
What You'll Gain- A clear understanding of Passive House fundamentals and performance targets
- Practical guidance on achieving airtightness and continuous insulation in real projects
- Strategies for identifying and mitigating thermal bridges across assemblies
- Insight into heat-recovery ventilation design and indoor air quality optimization
- Approaches to energy modeling for design validation and compliance pathways
- Considerations for material selection balancing performance, cost, and constructability
- Methods for retrofitting existing buildings toward high-performance standards
- An overview of emerging practices including prefabrication and AI-assisted design
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182.90Lei
228.63 LeiPrimești 182 puncte
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In a world where sustainable construction is no longer optional but essential, The Technical Blueprint: Mastering Passive House Design & Construction offers a rigorous and practical guide for architects, builders, and forward-thinking professionals. This in-depth resource unpacks the core principles of Passive House design-airtightness, high-performance insulation, thermal-bridge mitigation, heat-recovery ventilation, and passive solar strategy-while providing actionable insight into material selection, energy modeling, and built-project outcomes.
Moving from foundational design logic to advanced construction execution, the book closes the gap between theory and practice. Readers will examine the building science behind low-energy performance, explore emerging approaches such as AI-assisted modeling and prefabrication, and develop strategies for upgrading existing buildings toward Passive House levels of performance. Whether applied to single-family homes or larger residential developments, the focus remains on delivering measurable performance, durability, and occupant comfort.
Rather than a prescriptive manual, The Technical Blueprint functions as a technical framework-equipping professionals with the knowledge, discipline, and decision-making tools required to deliver high-performance buildings in a changing regulatory and environmental landscape.
What You'll Gain- A clear understanding of Passive House fundamentals and performance targets
- Practical guidance on achieving airtightness and continuous insulation in real projects
- Strategies for identifying and mitigating thermal bridges across assemblies
- Insight into heat-recovery ventilation design and indoor air quality optimization
- Approaches to energy modeling for design validation and compliance pathways
- Considerations for material selection balancing performance, cost, and constructability
- Methods for retrofitting existing buildings toward high-performance standards
- An overview of emerging practices including prefabrication and AI-assisted design
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