9 Bioclimatic Designs - Low Carbon Materials Processing

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Detailed library wall section, part plan and part elevation 1. Belfry louvre air intake. 2. Precast hollow core floor planks. 3. Precast wall panels, 3.07m (12") overall. 4. Deep façade, light steel frame holds shafts (9), and deep window reveals (5). 5. Glazing set back into precast panel, defended against solar gain by deep white finish reveals. 6. Precast soffit to level 4. 7. Void of roof exhaust plenum. 8. Lightweight insulated roof deck. 9. Shaft houses air extract stacks. Prefabricated connection to plenum at eaves to ensure air-tightness at vulnerable change in direction.
Level 2 plan 1. Supply air ducts embedded in façade. 2. Exhaust air ducts embedded in façade. 3. Return air duct from roof plenum. 4. Riser ducts supply classrooms. 5. Exhaust air ducts connected to roof level plenum. 6. Central supply to library.
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Department of Engineering ‘Engine
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7 Questions one hardly dare ask: 1.
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Global surface temperatures to 2000
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Decre Department Store, Nantes 1931
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Energy Costs in UK Offices; refrige
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A different approach: the Architect
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Malta lies at 34 degrees north, a l
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The brewery used open fermentation
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TYPE A: HOT SUMMER DAYS AND COOL NI
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The south elevation. Cast glass top
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One of the southerly solar stacks,
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The building under construction, a
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Nick Baker’s FRED model predictio
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A typology of Bio-climatic environm
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TYPE B Air is supplied through four
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Lanchester Library; IESD’s comput
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Glazing is defended against summer
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TYPE B: Results set into the contex
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This represents the recovery of a v
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Simulation of airflow through the b
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Measured performance of the labyrin
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Very deep plans for new PFI hospita
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Air is exhausted through alternatin
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Notional perspective section throug
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Thick wall components contain suppl
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Before Willis Carrier made air cond
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Queens Building concourse, its equi
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DAMTP water modelling, the first bu
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TYPE B+ applied to the problem of t
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‘ ‘What a great idea…a green
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Page 80 and 81: SSEES building: principal elevation
Page 82 and 83: The perforate parapet to exhaust th
Page 84 and 85: Climbing through the double façade
Page 86 and 87: The double façade which acts as an
Page 88 and 89: Moving air across a deep plan whils
Page 90 and 91: Moving air across a research floor
Page 92 and 93: The down-draught cooler seen throug
Page 94 and 95: Cfd analysis of potential airflow p
Page 96 and 97: Stacks fire up but not in sequence.
Page 98 and 99: Smoke pumped into the double cushio
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Page 119 and 120: Summer Operating Mode: the daytime
Page 121 and 122: Smoke introduced at the main intake
Page 123 and 124: Annual energy cost [US$/ m 2 ] 5.00
Page 125: 7. So, is technology going to deal
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9 Bioclimatic Designs - Low Carbon Materials Processing

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