Konstfacks bibliotek

*000     cam a       7i 4500
*00155067
*00520221003094624.0
*008220913s2021    gw a|||||b||||000 0|eng|d
*020  $a9783944074405
*020  $a3944074408
*035  $a(OCoLC)ocn1265090832
*035  $a(SE-LIBR)j0hqvt43gctbdlt5
*041  $aeng
*050 4$aNA2542.36
*08204$a720.47$223/swe
*084  $aIc$2kssb/8 (machine generated)
*24514$aThe materials book /$cedited by Ilka Ruby & Andreas Ruby.
*250  $a2nd edition.
*264 1$aBerlin :$bRuby Press,$c2021
*300  $a400 pages$billustrations (chiefly color), charts, maps, plans$c24 cm
*336  $atext$btxt$2rdacontent
*337  $aunmediated$bn$2rdamedia
*338  $avolume$bnc$2rdacarrier
*504  $aIncludes bibliographical references.
*5058 $gIntroduction.$tThe matter of construction: systemic overhaul or tweaking the status quo? /$rMarc Angélil and Cary Siress --$t22 propositions for re-materializing construction /$redited by Sarah Nichols --$tPropositions 23-37 --$tTalks on materials --$tMake do /$rAnne Lacaton --$tSustainability triad: Three timber buildings /$rChristine Binswanger --$tPlace - nature - energy - recycling - materiality /$rLord Norman Foster --$tHarvesting materials in a world of finite resources /$rLaila Iskandar --$tChanging paradigms: Materials for a world not yet built --$tBuild more with less: How to create the future without destroying the world /$rWerner Sobek --$tCultivated building materials: The fourth industrial revolution? /$rDirk Hebel, Felix Heisel --$tMushroom materials named under the sun /$rPhil Ross --$tReuse and recycling: Materializing a circular construction /$rFelix Heisel --$tReuse economy /$rMaarten Gielen --$tParadigm shift: The city of 1,000 tanks, Chennai /$rEva Pfannes --$tShifting the flows, pulling the strings: Stocks, flows, and their dynamics --$tBeyond circularity /$rMarilyne Andersen, Guillaume Habert --$tEnhancing livability through resource efficiency: An urban metabolism study in Cairo /$rHeba Allah, Essam E. Khalil --$tToward urban dematerialization: Governance for the urban commons /$rMark Swilling --$tHow much does your building (or its corresponding infrastructure) weigh? /$rStefanie Weidner --$tCities as ecosystems and building as living organisms /$rChristoph Küffer --$tFrom manual to digital and vice versa: Digitization, labor, and construction --$tImposing challenges, disruptive changes: rethinking the floor slab /$rPhilippe Block, Cristián Calvo Barentin, Francesco Ranaudo, Noelle Paulson --$tPizza and dirt in Uganda: A student-led project proves the viability of rammed-earth construction /$rAchilles Ahimbisibwe --$tBuilding climate: From mechanical to material /$rArno Schlueter --$tDesigning for natural ventilation: Climate - architecture - system /$rAlpha Yacob Arsano --$tRebuilding after disaster: Children's Recreational Center in Juchitán, Oaxaca /$rLoreta Castro Reguera --$tKnitCrete: Building in concrete with a stay-in-place knitted fabric formwork /$rMariana Popescu, Matthias Rippmann, Tom Van Mele, Philippe Block --$tCatch-22: Material needs versus material impact --$tMaGIC: Marginal gains in construction /$tJohn Orr --$tFrom India: Three lessons in sustainable construction /$rSoumen Maity --$tCement and concrete materials science and engineering education in Africa: Opportunities for development /$rYunus Ballim --$tConcrete as a socio-technical process /$rElise Berodier --$tUrbanism and the technosphere /$rAlbert Pope --$tBuilding to cool the climate: The new carbon architecture /$rBruce King --$tEpilogue: Standing on a thin arch: Incremental versus radical change /$rSimon Upton -$tA collection of building components and materials /$rCompiled by Something Fantastic.
*5203 $aWith the world's population growing by 2.6 people per second, by 2050 we will need twice as many homes, highways, streets, and schools-all kinds of built infrastructure--if we are to maintain our standard of living. That will require vast quantities of construction materials and untold emissions of carbon dioxide, both for building new structures and heating, cooling, and maintaining them over the decades. While people in construction have a growing sense of the environmental toll of their business, the shift toward more sustainable standards can seem frustratingly slow. Yet the good news is that the scale of the industry means construction can be both a problem and a solution, as even small changes in the way we build can have an outsize impact on global carbon output. 'The Materials Book' offers essays, case studies, and a catalog of building materials by more than 60 architects, engineers, and scientists from the world over on environmentally mindful and socially responsible use of materials and resources. The ideas range from centuries-old traditions to newly developed bio-materials, from low- tech, artisanal methods to advanced digital technologies, from incremental shifts to massive, top-down changes. There's no single solution, no silver bullet, but rather a palette of ideas that, taken together, can serve as a guidebook for those who want to build in a better way--not in some distant future, but right now.
*650 7$aArkitektur$xmiljöaspekter$0https://id.kb.se/term/sao/Arkitektur--milj%C3%B6aspekter$2sao
*650 0$aSustainable architecture.
*650 0$aBuilding materials$xEnvironmental aspects.
*650 7$aSustainable architecture.$2fast
*650 7$aBuilding materials$xEnvironmental aspects.$2fast
*650 7$aByggnadsmaterial$xmiljöaspekter$2sao
*7001 $aRuby, Ilka$4edt
*7001 $aRuby, Andreas$4edt
*852  $5Ko$bKo$cARKITEKTUR -$hIc
*887  $a{"@id":"j0hqvt43gctbdlt5","modified":"2022-10-03T09:46:24.301+02:00"}$2librisxl
*887  $5Ko$a{"@id":"0hjh9xfpxbtmp0vn","modified":"2023-10-31T14:52:32.971+01:00"}$2librisxl
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