9 Bioclimatic Designs - Low Carbon Materials Processing

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The central atrium June 2007, airflow testing in progress, low level vents to all library floors opening. The glass lenses top and bottom are in place and sealed.
<strong>Low</strong>er plenum level plan 1. Air intake to DADA wing for natural and mechanical modes. 2. Air rises to mezzanine platform at main plenum level. 3. Mechanical air-handling plant. 4. Riser to bowtie classrooms for supply in all modes. 5. Return air path from roof level air collection plenum. 6. Supply route to riser ducts in DADA wing façade. 7. Vertical supply routes within façade. 8. Supply to atrium. 9. Supply to level 1 studios. 10. Air intakes to library. 11. Insect mesh folded to increase available free area. 12. Heating elements. 13. Risers to supply offices on level 2. 14. Mechanical supply to plenum from air handling unit. 15. Supply to double façade distribution ducts servicing level 2 offices and level 3 teaching rooms. 16. Glazed base of central supply atrium. 17. Supply to level 1. 18. Return air ducts.
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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
Page 60 and 61: ‘ ‘What a great idea…a green
Page 62 and 63: The failure of an interim design in
Page 64 and 65: How does Contact perform? A heat lo
Page 66 and 67: Budget/cost variance for five conte
Page 68 and 69: The Garrick in Lichfield; prodigiou
Page 70 and 71: Another approach, ‘mixing displac
Page 72 and 73: Air is clearly flowing down one of
Page 74 and 75: A Typology of Bio-climatic environm
Page 76 and 77: The UCL School of Slavonic and East
Page 78 and 79: The air supply lightwell, down-drau
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
Page 100 and 101: 2004 Queens Building Library (Coven
Page 102 and 103: Type D, continental climate; hot hu
Page 104 and 105: “The US has no preparedness for p
Page 106 and 107: Type D, Hybrid : Alternates between
Page 108 and 109: Judson University nearing completio
Page 112 and 113: Detailed library wall section, part
Page 114 and 115: Long section through and part eleva
Page 117 and 118: Mid-Season Operating Mode: The cont
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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