DESIGN CONCEPT - University of Idaho€¦ · 5/16/2018 2 DESIGN INTENT “The concept for the...
Transcript of DESIGN CONCEPT - University of Idaho€¦ · 5/16/2018 2 DESIGN INTENT “The concept for the...
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SWAN NEST“A SWAN BUILDS ITS NEST
FROM FOUND MATERIALS,
RECYCLING AND REFLECTING
THE AESTHETIC OF THE
WATER”.
- BISSET ADAMS
DESIGN CONCEPT DESIGN INTENTION AND SUSTAINABLE GOALS
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DESIGN INTENT
“The concept for the proposed building is based on the idea of a Swan’s nest, incorporating Southmere’s rich
natural environment and history, within the building design.”
“This has been incorporated into the building design with a nest-like structure sitting on top of a glazed
element, ‘the water’, maximizing views out to the lake, public spaces and in particular forming a visual link to
the new Bow Arts building across the lake and green space beyond”.
“The new facility will accommodate a contemporary library, learning space, and civic spaces such as health
and wellbeing programs”.
Citation: Bisset Adams and Archdaily.
SUSTAINABLE GOALS
Original Goals from Bisset Adams
Skylight
Green roof
Photovoltaic
Water Recycling
Cross Laminated Timber
Bike Storage
Natural Shading
New Goals from us
Solar tubes
Green roof
Larger Coverage of Photovoltaic
Rain water collection and Grey water recycling
Cross Laminated Timber
Bike Storage
Fritted Glass, Embedded blinds and Aerogel insulated Glazing
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REQUIRED PROGRAM
1. Separate IT suite(glazed partition)
2. Large area for children’s books and a reading area away from door
3. Single public access point – set within glazed shop style frontage so that passers by can see into the library, potentially with roller shutters to prevent graffiti on the glazing
4. Separate public and staff toilets
5. Storage space
6. Cleaners cupboard with ceramic sink
7. Communication / IT plant room
1. Separate public
and staff toilets
2. Storage space
1. Meeting rooms(flexible layout)
2. Separate public and staff toilets
3. Staff room with kitchenette
4. Staff office area
1. Staff car parking spaces-depending
nature and location of provision
2. Disabled parking for customers
nearby
GROUND FLOOR PLAN MEZZANINE FLOOR PLAN 1ST FLOOR PLAN ROOF PLAN
ORIGINAL DESIGN FROM BISSET ADAMS
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UNECESSARY COLUMNS FOUNDATION IS UNCLEAR & NO SPACE
FOR MECHANICAL SYSTEMS
MINIMAL LANSCAPING & FLAT SKYLIGHTS
NO SHADING ON SOUTH WINDOW & STAIRS
DON’T GO ALL THE WAY TO THE ROOF
MISSING SOME LAYERS ON THE GREEN ROOFMEZZANINE FLOOR STRUCTURE IS MISSING
SCHEMATIC DESIGN ISSUES
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STRUCTURE DESIGNISSUES AND IMPROVEMENTS
ISSUES:
1. LACK OF SUPPORT FOR
CANTILEVER
2. UNORGANIZED COLUMNS
3. LACK OF VERTICAL SUPPORT
FOR GLAZING
GROUND FLOOR
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ISSUES:
4. LACK OF STRUCTURE
CONTINUOUSLY SUPPORT FROM
GROUND TO SECOND FLOOR.
MEZZANINE FLOOR
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ISSUES:
5. THEY ARE NOT CONTINUOUS
COLUMN CARRIED THE LOAD
ALL THE WAY TO GROUND
6. THE CABLES AND WOOD LOGS
HAVE NO CONNECTION TO THE
ROOF/ SKYLIGHT.
1ST FLOOR
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Due to the range of 3.6-12.2m deep of the clay soil in Southmere
Lake zone, it is safer to use pile as foundation.
According to the Studio Companion:
The longest span is 12755mm = 42’
• With such a span, the depth of beam is equivalent to 640 mm
• Wood Decking Depth: 3”
• Columns are 480x480mm and placed ~7m apart
NEW FOUNDATION ANALYSIS AND DESIGN
FLOOR PLAN & NORTH CURTAIN WALL SECTION DETAIL
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NORTH TERRACE DETAIL
AEROGEL DETAIL
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FLOOR PLAN & SOUTH WALL SECTION DETAIL
GREEN ROOF AND SOUTH TERRACE
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SOUTH TERRACE DECKING AND FOUNDATION
D01-1 COPING DETAIL
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D02-1 METAL CLADDING HORIZONTAL CONNECTION DETAIL
GIF:
STRUCTURE,
ENCLOSURE
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ENCLOSUREMATERIALITY AND VALUES
MATERIALITY
Metal:
1. Second Floor Façade: Perforated cladding – Anodized aluminum2. Curtain Wall Mullion: Aluminum3. Terrace Edge: Zinc Panel 4. Stairs: Stainless Steel CablesWood:
1. Structural Column and walls: Cross-Laminated Timber2. Baffle: Acoustic Panel (MDF: medium density fiberboard)
Wood Wool Acoustic Panel Ceiling Glaze:
1. Curtain wall: Double Low E glass with Silica Aerogel 2. Other windows: Double Low E glassed with blind embeddedConcrete:
1. Walls and floors: SCC(self-consolidating concrete)2. Other non-structure element: Lightweight ConcreteOther:
1. Wood Peel Log2. Ceramic sink
LIST OF MATERIALS
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ISSUES:
1. THE SKYLIGHT IS A HOLE
WITHOUT ANY TREATMENT.
2. THE STAIRS AND WOOD LOGS
ARE WITHOUT SUPPORT
http://www.solatube.com/residential/smart-led
FROM SKYLIGHT TO SOLATUBE REDESIGNED STAIRS AND WOOD LOGS
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ISSUES:
3. ALL THE GLASS HAS NO
SHADING, CAN CAUSE GLARE
AND OVERHEAT
4. NO ROOF ACCESS FOR GREEN
ROOF AND PHOTOVOLTAIC
MAINTENANCE
NEW GLASS SHADING SYSTEM
FRITTED GLASS
CITE: COOK AND FOX ARCHITECTS
AEROGEL
CITE: MARKETECH INTERNATION INC.
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4. Using Fritted
Glass to reduce
customized
percentage of the
heat gain and light
into the space, but
still providing the
good eye level
view to outside.
Also using
Aerogel as
insulation between
double glazing for
curtain wall.
PERFORATED METAL
CLADDING TECHNIQUE
DIFFERENT SYSTEMS DIAGRAM
By using different size of
perforation to model the
pattern of swan’s nest.
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SITE BE IN HARMONY WITH NATURE
OVERVIEW OF THE SITE PLAN
Philadelphia Public Art: Main Quad Fountain
Shaded Seating
Grass
Lake
Permeable
Parking/ Grass
Creek
Play Ground
Children Pond
Permeable Parking/ Grass Creek Exterior Shaded Seating
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CIRCULATION LEGEND
AVALIABLE FOR VEHICLE, BIKE AND PEDESTRIAN
AVALIABLE FOR BIKE AND PEDESTRIAN
AVALIABLE FOR PEDESTRIAN ONLY
Provide more opportunities for
pedestrian only in order to
encourage people to exercise and
use less vehicle.
CIRCULATION DIAGRAM
STORMWATER MANAGEMENT
WATER PATH
WATER LEGEND
When storm
comes, water on
the site flows into
the fountains after
filtered by
grassland.
Water on roof
overflows to the
small exterior pond
and be collected
underground in the
cistern tank.
Overflow water
from roof will be
filtered and flow
into lake through a
channel.
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https://www.pwdplanreview.org/manual/chapter-4
BUILDING STORMWATER PLAN
MECHANICAL SYSTEMS
This diagram shows the
underground mechanical rooms
and pipes.
1. Two cistern tanks with
volumes of 8m3 and10m3
2. Two gray water tanks with
below restrooms in two
different locations
3. Electrical system includes
inverter, controller, electric
meter, electric resilience and
distribution.
4. AHU provide displacement
ventilation
5. Heat Exchanger connects to
the lake and use the thermal
of water
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PERFORMANCEHVAC, LIGHTING, SHADING, WATER RECYCLE, ACOUSTIC
WATER AND SUN: LONDON INSOLATION AND PRECIPITATION
G = [(P) (A)] / (2.15), where: G = rainfall collected (gallons) P = total precipitation (inches) A = roof catchment area (ft2).
1. Determine your cistern capacity in gallons based on the following rules-of-thumb:
a. If the average monthly catchment exceeds the average monthly use, G = (U) (1.5), where: G = cistern capacity
(gallons) U = average monthly use (gallons).
b. If the average monthly use exceeds the average monthly catchment, G = 2C, where: C = average monthly catchment
(gallons).
2. Determine your cistern volume. V = G / (7.48) where: V = cistern volume (ft3)
Monthly Average Precipitation:
P=52.41mm=2.06 in
Roof Catchment Area:
A=423437528mm2=4555.51ft2
G=2.06x4555.51/2.15=4364.81gallons
V=G/7.48=583.53ft3=16.53m3
The volume of the cistern
size will be 16.53m3
Gaisma.com
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AGI-32 DAYLIGHT ANALYSIS
JUNE,21ST CLEAR SKY DECEMBER, 21ST OVERCAST
AGI-32 DAYLIGHT ANALYSIS
ELECTRICAL LIGHT DESIGN FOR MEZZANINE FLOORSystem With Light & Motion Sensor
Mezzanine Floor
ELECTRICAL LIGHT LEGEND
TRANSLUCENT PENDANT
LIGHTS/ DIRECT
&INDIRECT LIGHTING
TRANSLUCENT RECESSED
LIGHTS/ DIRECT
&INDIRECT LIGHTING
TRANSLUCENT PENDANT
LIGHTS/ DIRECT
&INDIRECT LIGHTING
TRANSLUCENT PENDANT
LIGHTS/ DIRECT
&INDIRECT LIGHTING
LIGHT SENSOR
OCCUPANCY SENSOR
CONTROL PANEL
Ground Floor
SENSOR LEGEND
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LIGHTING DESIGN FOR SECOND FLOOR
SECOND FLOOR – SOLATUBE ONLY SECOND FLOOR – SOLATUBE WITH LINEAR LED
SOLATUBE WITH LED
LIGHTS EMBEDDED
HYBRID LIGHT LEGEND
LEANER LED
AGI-32 ELECTRICAL LIGHT FOR SECOND FLOOR
DO YOGA, LAY ON FLOOR, LOOK AT CEILING LIGHT DISTRIBUTION CONTOUR
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ACOUSTIC PERFORMANCE - GROUND FLOOR CEILING
ACOUSTIC PERFORMANCE - SECOND FLOOR CEILINGNCR Traders, Indiamart.com
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SPEED ENERGY EVALUATION
EUI if using a ground-source heat pump: 32.376kBTU/sqft year
Site Energy Use if using a ground-source heat pump: 120,809 kWh/year
Closed Loop Heat Pump System – Pond/Lake
• Use up to 72 percent less energy per year than electric resistance *Source: U.S. Department of Energy
Envelope: R-30
Glazing: R-2 and R-9
Shading: Internal Blinds
Lighting: 0.5w/sqft
Ventilation: 20.34 cfm/person
EUI in SEFEIRA is 26kBTU/sqft year
Site Energy Use will be: 98,157 kWh/year
SEFEIRA ENERGY EVALUATION
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Compared to the original triangular area of PV panels produce 24,394kWh/year
and save $4,228 per year, if we cover the whole roof, the PV panels can produce
75,892kWh/year and save $12,902 per year.
But we still need 22,263kWh/year from GRID. PVWatt.com
PV WATT ENERGY EVALUATION
RESULTPLANS AND RENDERINGS
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NEW GROUND FLOOR PLANORIGINAL FLOOR PLAN
ORIGINAL MEZZANINE FLOOR PLAN NEW MEZZANINE FLOOR PLAN
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NEW SECOND FLOOR PLANORIGINAL SECOND FLOOR PLAN
NEW ROOF PLANORIGINAL ROOF PLAN
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EXTERIOR RENDERING VIEWING FROM NORTH-EAST
NEW EXTERIOR RENDERING VIEWING FROM NORTH-EAST
ORIGINAL NORTH-EAST RENDERING
NEW EXTERIOR RENDERING VIEWING FROM SOUTH-EAST
ORIGINAL SOUTH-EAST RENDERING
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NEW GROUND FLOOR RENDERING
ORIGINAL GROUND FLOOR RENDERING
NEW NORTH-WEST SITE RENDERING
ORIGINAL NORTH-WEST SITE RENDERING
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VIDEO CLIP
https://youtu.be/EAQVjm9XOXg
https://youtu.be/EAQVjm9XOXg