01667nam a22001937a 4500003000400000005001700004008004100021020001800062040001000080082001500090100002700105245008900132260003000221300001000251365003100261505114400292650001201436700002501448OSt20200212143056.0190914b        xxu||||| |||| 00| 0 eng d  a9780415522694  ckrvia  a728.3bHOP1 aHopfe, Christina (Ed.)10aThe Passivhaus Designer's Manual: A Technical Guide to Low and Zero Energy Buildings  aNew YorkbRoutledgec2015  a327p.  aRs.bRs.3395cRs.eRs.3395  aIntroduction: Climate Change and the Built Environment Robert S. Mcleod and Christina J. Hopfe p.1, Thermal and Occupant Comfort: Louise Finnerup Wille and Darren Woolf p.31, Introduction to Building Physics: Implications for Opaque and Transparent Building Components: Niall Crosson, Robert S. Mcleod and Christina J. Hopfe p.49, Lighting and Daylighting for Visual Comfort and Energy Efficiency: Myriam B. C. Aries and Jan Wienold p.89, Hygrothermal Simulation (Transient Heat and Moisture Assessment): Florian Antretter, Matthias Pazold, Marcus Fink and Hartwig Kunzel p.105, Heat and Hot Water Generation for Domestic Buildings: Marek Miara p.127, Heating and Cooling of Nonresidential Passivhaus Buildings Using Passive and Environmental Energy Strategies: Doreen E. Kalz p.137, Ventilation Concepts: Planning and Implementation: Michael Swainson p.159, Renewable Power Technologies: Andrew Peel p.223, Project and Site Management, Contractual Arrangements and Quality Assurance: John Morehead p.257, The Economics of Passivehaus Construction: Nick Newman p.281, Passivhause EnerPHit and EnerPHit – case Studies: Ludwig Rongen p.30710aHousing  aMcLeod, Robert (Ed.)