Transmaterial next : a catalog of materials that redefine our future / Blaine Brownell.
Idioma: Español Editor: New York : Princeton Architectural Press, 2017Edición: First editionDescripción: 314"pages. : illus ; 23cmTipo de contenido:- text
- unmediated
- volume
- 9781616895600 (alk. paper)
- 620.1/1 23
- TA403.6 .T153 2017
| Imagen de cubierta | Tipo de ítem | Biblioteca actual | Biblioteca de origen | Colección | Ubicación en estantería | Signatura topográfica | Materiales especificados | Info Vol | URL | Copia número | Estado | Notas | Fecha de vencimiento | Código de barras | Reserva de ítems | Prioridad de la cola de reserva de ejemplar | Reservas para cursos | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Libro Col. General CARIBET | CARIBET Biblioteca Arquitectura Colección General CARIBET | General TA403.6 T153 2017 (Navegar estantería(Abre debajo)) | 2 | Disponible | 91000000753962 | |||||||||||||
| Libro Col. General CARIBET | CARIBET Biblioteca Arquitectura Colección General CARIBET | General TA403.6 T153 2017 (Navegar estantería(Abre debajo)) | 1 | Disponible | 91000000053496 |
Descripciones mejoradas de Syndetics:
Virtually every revolution in architecture has been preceded by a revolution in materials: think iron, glass, steel, concrete, plastics, or composites. What is the next revolutionary material that will reshape the very nature of architecture? A solid that's lighter than air, metal latticework so delicate it rests on a dandelion, building insulation made from processed seaweed, self-generating microbial glue that repairs cracks in concrete, or transparent solar panels?
Materials expert Blaine Brownell, author of our bestselling Transmaterial series, reveals emerging trends and applications that are transforming the technological capacity, environmental performance, and design potential of architecture in Transmaterial Next . This book is an essential compendium for thinking architects, designers, and other creative professionals passionate about materials and looking for their bleeding edge and practical implementation.
8 Introduction --
18 Product page key --
1 Concrete: --
21 Overview --
26 Augmented Skin --
28 BacillaFilla --
30 Bendable Concrete --
32 Biological Concrete --
34 BlingCrete --
36 Breath Brick --
38 DysCrete --
40 Functionally Graded Printing --
42 Lightning-Processed Concrete --
44 Smart Concrete --
46 Watershed Block --
2 Mineral: --
50 Overview --
54 Aerographene --
56 BioBrick --
58 Ceramic Paper --
60 D-Shape --
62 Morphable Structures --
64 Self-Healing Asphalt --
66 Smog Free Project --
68 Stone Spray --
70 Transparent Armor --
72 WasteBasedBrick --
3 Metal: --
76 Overview --
80 Air Flow(er) --
82 Crisscross Signal Spire --
84 Drawing Series --
86 Exo --
88 Flash-Formed Iron --
90 Form of Light Force Transmission --
92 Lotus --
94 Microlattice --
96 MX3D Metal --
98 Windscreen --
4 Wood and Biomaterials: --
102 Overview --
106 Artichair --
108 HygroSkin --
110 Nanocellulose Solar Cell --
112 NeptuTherm --
114 NewspaperWood --
116 Pneumatic Biomaterials Deposition --
118 Rising Canes --
120 Self-Folding Paper --
122 Shavings --
124 Spring Wood --
126 Undergrowth --
128 Vermilion Sands --
130 Wood Foam --
132 Xylinum Cones --
5 Plastic and Rubber: --
136 Overview --
140 Biomimicry --
142 Chitosan Bioplastic --
144 Çurface --
146 Fibonacci’s Mashrabiya --
148 Hex --
150 Landscape Within --
152 Liquid Crystal Elastomer --
154 Photoluminescent Bioplastic --
156 Plag --
158 PneuSystems --
160 Self-Healing PUU --
162 VarVac --
164 Zeoform --
6 Glass: --
168 Overview --
172 BarCode --
174 Bendable Glass --
176 Foamglass --
178 G3DP --
180 Porous Glass --
182 Solar Activated Façade --
184 Solar Roadways --
186 SolarLeaf --
188 SolarWindow --
190 Switchable Mirror --
192 Vascular Skin --
7 Paint and Coatings: --
196 Overview --
200 Algaemy --
202 CO2-Impregnated Plymers --
204 Colorspaces --
206 E Ink Prism --
208 Facadeprinter --
210 PdCl2 --
212 Printable Nanosensors --
214 Propolis Vessels --
216 Smart Paint --
218 Tunable Material --
220 Van Gogh Path --
8 Fabric: --
224 Overview --
228 3D Weaver --
230 Bio-Fabrication --
232 Bloom --
234 Chromosonic --
236 Continous Function --
238 Flectofin --
240 NeWool --
242 Orimetric --
244 Poli --
246 Qmonos --
248 Self-Flexing Membrane --
250 Smart Bandage --
9 Light: --
254 Overview --
258 Ball Wall --
260 Biobulb --
262 Common Desk --
264 Crystal --
266 LightByte --
270 Mnemosyne --
272 Non Linear --
274 Starlight Avatar --
276 Swing Time --
278 Waterlicht --
10 Digital: --
282 Overview --
286 4D Printing --
288 Aerial 3D --
290 BioTac --
292 C-Fab --
294 Contact --
296 Discovery Wall --
298 Flight Assembled Architecture --
300 Flow --
302 Hyper-Matrix --
304 M-Blocks --
306 Pattern Transfer Nanomanufacturing --
308 Pointelist --
Indexes: --
310 Material --
311 Creator --
312 Manufacturer --
313 Acknowledgements --
314 Image Credits --
Virtually every revolution in architecture has been preceded by a revolution in materials: think iron, glass, steel, concrete, plastics, or composites. What is the next revolutionary material that will reshape the very nature of architecture' A solid that's lighter than air, metal latticework so delicate it rests on a dandelion, building insulation made from processed seaweed, self-generating microbial glue that repairs cracks in concrete, or transparent solar panels' Materials expert Blaine Brownell, author of our bestselling Transmaterial series, reveals emerging trends and applications that are transforming the technological capacity, environmental performance, and design potential of architecture in Transmaterial Next. This book is an essential compendium for thinking architects, designers, and other creative professionals passionate about materials and looking for their bleeding edge and practical implementation
Tabla de contenidos provista por Syndetics
- Introduction(p. 8)
- Product page key(p. 18)
- 1 Concrete
- Overview(p. 21)
- Augmented Skin(p. 26)
- Bacilla Filla(p. 28)
- Berdable Concrete(p. 30)
- Biological Concrete(p. 32)
- Bling Crete(p. 34)
- Breathe Brick(p. 36)
- DysCrete(p. 38)
- Functionally Graded Printing(p. 40)
- Lightning-Processed Concrete(p. 42)
- Smart Concrete(p. 44)
- Watershed Block(p. 46)
- 2 Mineral
- Overview(p. 50)
- Aerographene(p. 54)
- BioBrick(p. 56)
- Ceramic Paper(p. 58)
- D-Shape(p. 60)
- Morphable Structures(p. 62)
- Self-Heating Asphalt(p. 64)
- Smog Free Project(p. 66)
- Stone Spray(p. 68)
- Transparent Armor(p. 70)
- WasteBasedBrick(p. 72)
- 3 Metal
- Overiew(p. 76)
- Air Flow(er)(p. 80)
- Crisscross Signal Spire(p. 82)
- Drawing Series(p. 84)
- Exo(p. 86)
- Flash-Formed Iron(p. 88)
- Form of Light Force Transmission(p. 90)
- Lotus(p. 92)
- Microlattice(p. 94)
- MX3D Metal(p. 96)
- Windscreen(p. 98)
- 4 Wood and Biomaterials
- Overview(p. 102)
- Artichair(p. 106)
- HygroSkin(p. 108)
- Nanocellulose Solar Cell(p. 110)
- NeptuTherm(p. 112)
- Newspaper Wood(p. 114)
- Pneumatic Biomaterials Deposition(p. 116)
- Rising Canes(p. 118)
- Self-Folding Paper(p. 120)
- Shavings(p. 122)
- Spring Wood(p. 124)
- Undergrowth(p. 126)
- Vermilion Sands(p. 128)
- Wood Foam(p. 130)
- Xylinum Cones(p. 132)
- 5 Plastic and Rubber
- Overview(p. 136)
- Biomimicry(p. 140)
- Chitosan Bioplastic(p. 142)
- Çurface(p. 144)
- Fibonacci's Mashrabiya(p. 146)
- Hex(p. 148)
- Landscapes Within(p. 150)
- Liquid Crystal Elastomer(p. 152)
- Photoluminescent Bioplastic(p. 154)
- Plag(p. 156)
- PneuSystems(p. 158)
- Self-Healing PUU(p. 160)
- VarVac(p. 162)
- Zeoform(p. 164)
- 6 Glass
- Overview(p. 168)
- Bar Code(p. 172)
- Bendable Glass(p. 174)
- Foamglas(p. 176)
- G3DP(p. 178)
- Porous Glass(p. 180)
- Solar Activated Façade(p. 182)
- Solar Roadways(p. 184)
- SolarLeaf(p. 186)
- Solar Window(p. 188)
- Switchable Mirror(p. 190)
- Vascular Skin(p. 192)
- 7 Paint and Coatings
- Overview(p. 196)
- Algaemy(p. 200)
- CO 2 -Impregnated Polymers(p. 202)
- Colorspaces(p. 204)
- E Ink Prism(p. 206)
- Facadeprinter(p. 208)
- PdCl 2(p. 210)
- Printable Nanosensors(p. 212)
- Propolis Vessels(p. 214)
- Smart Paint(p. 216)
- Tunable Material(p. 218)
- Van Gogh Path(p. 220)
- 8 Fabric
- Overview(p. 224)
- 3D Weaver(p. 228)
- Bio-Fabrication(p. 230)
- Bloom(p. 232)
- Chromosonic(p. 234)
- Continuous Function(p. 236)
- Flectofin(p. 238)
- NeWool(p. 240)
- Orimetric(p. 242)
- Poli(p. 244)
- Qmonos(p. 246)
- Self-Flexing Membrane(p. 248)
- Smart Bandage(p. 250)
- 9 Light
- Overview(p. 254)
- Ball Wall(p. 258)
- Biobulb(p. 260)
- Common Desk(p. 262)
- Crystal(p. 264)
- Light Printing(p. 266)
- LightByte(p. 268)
- Mnemosyne(p. 270)
- Non Linear(p. 272)
- Starlight Avatar(p. 274)
- Swing Time(p. 276)
- Waterlicht(p. 278)
- 10 Digital
- Overview(p. 282)
- 4D Printing(p. 286)
- Aerial 3D(p. 288)
- BioTac(p. 290)
- C-Fab(p. 292)
- Contact(p. 294)
- Discovery Wall(p. 296)
- Flight Assembled Architecture(p. 298)
- Flow(p. 300)
- Hyper-Matrix(p. 302)
- M-Blocks(p. 304)
- Pattern Transfer Nanomanufacturing(p. 306)
- Pointelist(p. 308)
- Indexes
- Material(p. 310)
- Creator(p. 311)
- Manufacturer(p. 312)
- Acknowledgments(p. 313)
- Image credits(p. 314)