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Zusatztext "Kjell's writing manages to blend high-level overview with detailed specifics in a way that is both engaging and illuminating. His significant practical experience! as well as that of his interviewees! makes this book a unique and valuable contribution to the world of energy modeling and simulation."Andrew Marsh! creator of Ecotect"Anderson has curated the best examples of how architects can engage with building performance simulation tools early and often throughout the design process."Heather Gayle Holdridge! Sustainability Manager at Lake Flato Architects"By an architect for architects! this book is accessible! clear and visually informative - the modeling roadmap we've been waiting for!" Margaret Montgomery! Sustainable Design Leader at NBBJ"Anderson offers a compelling overview of energy modeling for architects! encouraging incorporation of natural energy strategies leading to a significant reduction of carbon emissions."Edward Mazria! Founder and CEO of Architecture 2030"An essential desktop reference for any architect hoping to incorporate simulation into their arsenal! this book highlights how to use evidence-based approaches to achieve high-performance and design excellence."Blake Jackson! Sustainability Practice Leader at Tsoi Kobusand Associates Informationen zum Autor Kjell Anderson practices at LMN Architects in Seattle, Washington, USA. Klappentext Written by a practicing architect who specializes in energy modeling, the book includes case studies of net-zero buildings, of Living Building Challenge-certified buildings, as well as of projects with less lofty goals to demonstrate how energy simulation has helped designers make early decisions. Zusammenfassung Written by a practicing architect who specializes in energy modeling, the book includes case studies of net-zero buildings, of Living Building Challenge-certified buildings, as well as of projects with less lofty goals to demonstrate how energy simulation has helped designers make early decisions. Inhaltsverzeichnis 1. Introduction to Design Simulation for Architects 2. Design Simulation Basics 3. Comfort and Controls 4. Climate Analysis 5. Planning and Goal Setting 6. Glazing Properties 7. Solar Irradiation and Thermal Storage 8. Daylighting and Glare 9. Airflow Analysis 10. Energy Modeling 11. Software 12. Design Simulation in Practice ...
