project19:Performance

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Contents

Market Stalls

Construction Sequence (slideshow)


Project19 Stall Buildup 01.1.jpg
Project19 Stall Buildup 02.1.jpg
Project19 Stall Buildup 03.1.jpg
Project19 Stall Buildup 04.1.jpg
Project19 Stall Buildup 05.1.jpg
Project19 Stall Buildup 06.1.jpg
Project19 Stall Buildup 07.1.jpg
Project19 Stall Buildup 08.1.jpg
Project19 Stall Buildup 09.1.jpg
Project19 Stall Buildup 10.1.jpg
Project19 Stall Buildup 11.1.jpg
Project19 Stall Buildup 12.1.jpg
Project19 Stall Buildup 13.1.jpg
Project19 Stall Buildup 14.1.jpg
Project19 Stall Buildup 15.1.jpg
Project19 Stall Buildup 16.1.jpg


Promenades

01 - Rotating Access Bridges (slideshow)


To enable movement through the market by stalls and other boats, there are four rotating bridges located on key promenades (see plans) - here a recently refurbished market stall departs the dock adjacent to the Innovation Dock building.


Project19 Bridge Opening 01.jpg
Project19 Bridge Opening 02.jpg
Project19 Bridge Opening 03.jpg
Project19 Bridge Opening 04.jpg
Project19 Bridge Opening 05.jpg
Project19 Bridge Opening 06.jpg


02 - Tidal Access Ramps (slideshow)


Project19 Tidal 01.1.jpg
Project19 Tidal 02.1.jpg
Project19 Tidal 03.1.jpg
Project19 Tidal 02.1.jpg


Structural Approaches

Framing

Hover over all images for accompanying text

Example of aluminium space frame, here used to construct an Antarctic research station. As shown above, this approach is used to frame the market stalls.

Internal cells within an aluminium hulled boat - the stall construction utilises

The interlinked timber frame here provides a strong yet relatively lightweight superstructure.


Hub and Anchor Node Foundations


Spencer Dock Bridge, 2009, Amanda Levete Architects. This road bridge uses sculptural concrete piers to anchor to the bed of the dock, highlighting that aesthetics apply to even the base elements. The project can borrow foundation techniques developed for the offshore turbine industry, including piled and gravity approaches.


Promenade Buoyancy


The fixed floating elements of the project (promenades) will integrate existing pontoon techniques into the overall structure. Here precast concrete pontoons are used for a house construction. Steel pontoons are another approach as seen here. This also highlights the need to anchor the floating pontoons to the dockside or bed, using foundations that allow the structures to rise and fall with changes in water levels.

Materials

01 Social Hubs

Material palette for social hubs

01 Steel panel with brushed alloy finish to profiled planters on roof (RAL 8008 olive brown)

02 Grass inlay to rooftop planters

03 Fair-faced reinforced concrete (RC) for slab and beams

04 Insulated timber facade panels with weathered larch profiled external batens

05 Steel perimeter frame with brushed alloy finish - cinema (RAL 8000 green brown)

06 Steel perimeter frame with brushed alloy finish - performance space (RAL 8003 clay brown)

07 Steel lift frame with brushed alloy finish (RAL1024 ochre yellow)


02 Dock and Promenades

Material palette for dock, promenades and anchor nodes

01 Grass / vegetation to dockside green area

02 Grass-concrete paving to dockside ramp

03 Board-marked reinforced concrete (RC) to dock

04 Weathered teak decking with anti-slip finish to upper surface of promenades

05 Timber hull to promenades (dark stained with marine grade finish)

06 Steel panel with brushed alloy finish to central profiled seating and planters (RAL 8008 olive brown)

07 Steel profiled panels with brushed alloy finish to node anchor masts (RAL 8003 clay brown)

08 Steel panel flashing with brushed alloy finish to mast edges (RAL1024 ochre yellow)

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