hybrid harbour
DESCRIPTION
Hybrid Harbour Diploma ProjectTRANSCRIPT
UrbanTo increase the grade of accessibility in the border regions of the European Union particular e�orts are necessary. Cumulative importance of sea corridors within the transportation system of European cargo and passenger �ows a�ect the role of the Lithuanian harbour city Klaipeda. The rapid growth of the harbour in the early �fties already caused the suppression of the city away from the coast. Ever since it fails to regenerate its urban qualities. The urban intervention through embedding three hybrid clusters reconstructs the compact city core. The new urban structure, tightly integrated into the existing road network, is linked together through new developed transportation systems, pedestrian and cycling roads and the expansion of the public transport services through a new water taxi line.
HYBRID HARBOUR
Diploma Project 2007 University of Stuttgart
Urban Expansion on the Curonian SpitHarbour Territory maintains
Urban Expansion on the Curonian SpitHarbour Territory maintains
A fusion of industrial and urban structures.An urban/industrial cooperation
Strategy -1-City Export
Strategy -2-Harbour Export
Strategy -3-Hybridisation
EU Members
SpatialTo stimulate the initiated dynamics in the urban systems the location of one of the hybrid clusters is decisive. The one, de�ned as the cooperation between infrastructure and culture, is positioned on the former area of the harbour, right next to the water. This iconic building will not only become a new cultural attraction of the city, but will also broach the issue of the arrival to it, while serving as an international ferry terminal. It is de�ned as a transportation node, whose form is generated through the circulation within the building. The �ow analysis of di�erent user groups, their acceleration, the working rhythm of both programmatic elements and the optimal placing of functions resulted in the formde�ning diagram - the triple node. The multifunctional building plugs into the existing transportation system through its terminal �oor. A new bus station, a taxi drop-o�, an access to the parking garage and a waiting zone for the departing vehicles are planned. It is possible toseparate the parts of the building in order to allow the maximum functionality of every space without burdening the whole system. The complexity of spatial geometries is the result of multiple functional and viewing connections. The spatial continuum is created through the binding of functional spaces, the art gallery, the event area and the transportation hub.
3
6
9
12
15
2000
2001
2002
2003
2004
2005
2006
*
2007
*
Growth Rate Real GDP
* estimationssource eurostat
www.eurostat.eu
Lithuania average 7.5%
Average EU 2.5 %0
Goods
Oil/Gas/Goods
*Lithuania and the Baltic States are the Gateway between Europe and Russia Geographic/Strategic importance on the Border of EU economical �exibility
Urban Analysis
Analysis of the main urban axis
City appears to be not using the quality of the
water de�ning the former urban spread. The
connection to the peninsula appears to be lost.
Analysis of the urban carpet within the city center
The former urban system appears to be damaged
and dispersive. The city core looses its importance
in future growth of the city.
Main ViewportsDistribution of Strategical Objects
Resulting statement of the current urban situation
The city apears to be divided into two subcenters,
both de�ned by a big shopping mall. The situation
might cause further deurbanisation of the city core.
Current urban split into two sub-cores
Chosen proposal for a possible regeneration of the
main urban axis
In order to restore the urban network within the
city, an implemention of strong urban clusters is
proposed.
Proposed compact central core
Section Masterplan
Masterplan
-Cluster 2- Education + Production
-Cluster 1- Culture + Infrastructure
-Cluster 3- Living + Working
Re-Organized Network for Car-AccessRe-Organized Public Transportation
Establishment of a New Connection to the
Curonian Spit
Network of Padestrian Access
On hand of chosen
programmatic
parameters the
diagram reviews the
possible distribution
of di�erent functions
according to the grad
of publicity and the
tendency either to
cultural or
infrastructural part of
the building’s
programme.
Form giving diagram.
The interaction of
three main �ows
within the cluster is
translated into a
spatial volume.
The diagram veri�es
the di�erence
between the
circulation patterns of
diverse user groups.
The diagram
overviews di�erent
visitors’ amounts on
di�erent weekdays. It
provides the basis for
general survey of total
volume the
programme has to
cope with.
1.0
6.0
7.0
9.0
8.0
Site Programme
2.0 Open Air Stage
3.0 Entrance Ferry Terminal on Level --1-
Entrance Concert Hall on Level -1-
4.0 Entrance Concert Hall / Art Centre
5.0 Visitors' Roof Terrace
6.0 Departure / Vehicles / Ferry Terminal
7.0 Arrival / Vehicles / Ferry Terminal
8.0 Arrival / Passengers /
9.0 Access Public Transport
Site Plan
Programme Diagrams
Triple Node Programmatic Dispersion Motion Schemes Visitors' Volume
- Cultural Route -
A connection between the
theatre and the music halls. Both
spaces interact through the foyer
passage. The route starts at the
eastern entry of the building and
stretches through both �oors
resulting as a common foyer
space for both halls and as a
connectivity corridor in case of a
- Art Route -
A route starting at the northern
entrance of the building and
connecting the exhibition and art
retail spaces, interacting with the
outside terrace and ending at the
eastern exit of the building.
- Touristic Route -
A route starting at the eastern
lower entrance of the building
connecting the taxi-drop o! and
the bus station to the ferry
terminal. Tightly interconnective
to the rest of the building
through the vertical short-cuts
and leading back to the terminal
through the retail spaces.
- Query Route -
A route starting at the eastern
entrance of the building passing
through the information boards
and ending at the western exit.
Passers’-by route.
Circulation of Diverse Users' Groups
Basement Floor
6 - Entrance area -
6.1 Car rent 141 sq m
6.2 Ticket O"ce 75.5 sq m
6.3 Sanitary area 23.8 sq m
6.4 Sanitary area 32 sq m
6.5 Building service 143 sq m
7 - Service area -
7.1 Cargo O"ce 198.8 sq m
7.2 Entry backstage 34.6 sq m
7.3 Backstage 466 sq m
7.4 Taxi Drop-O! 1655 sq m
7.5 Bus station 1655 sq m
7.6 Waiting zone 3953 sq m
3 - Gallery -
3.2 Exhibition area 258 sq m
8 - Waiting area -
8.1 Information desk 82 sq m
8.2 Waiting hall 420.5 sq m
8.3 Co!eeshop 93 sq m
8.4 Customs 195 sq m
8.5 Check-in/-out 176.7 sq m
8.6 Gate 1 / 2 168.8 sq m
9 - Service area Theatre hall -
9.1 Workshop 139.5 sq m
9.2 Stage mechanics 348.4 sq m
9.3 O"ce 124 sq m
9.4 Changing room 67.5 sq m
9.5 Storage 130.3 sq m
9.6 Sanitary area 20.3 sq m
9.7 Sanitary area 35.8 sq m
9.8 Sanitary area 32.5 sq m
Total Floor Area 5388 sq m
6.1
9.19.2
8.3
9.3
9.4
9.7
9.5
9.8
9.6
8.1
8.2
8.5
8.6
8.4
6.2
7.4
7.6
7.5
7.2
6.3
6.4
3.2
6.5
+1.20+/-0.00
7.37.1
3.3
5.1
5.6
5.2
5.3
5.4
5.5
5.7
4.1
4.24.3
4.4
4.5
+6.20
+6.20
+7.20
+11.70
+17.20
+17.20
+11.70
+14.20+1.20
3.1
1.3
2.1
2.2
Entrance area - 2 -
1.2
1.1
1.4
3.2
Second Floor
3 - Gallery -
3.3 Exhibition area 885 sq m
4 - Deck restaurant -
4.1 Kitchen 335 sq m
4.2 Sanitary area 10.2 sq m
4.3 Sanitary area 12.5 sq m
4.4 Bar area 43 sq m
4.5 Restaurant 300 sq m
5 - Entrance area -
5.1 Foyer 405 sq m
5.2 Wardrobe 39 sq m
5.3 Sanitary area 37.5 sq m
5.4 Sanitary area 40 sq m
5.5 Storage 12.2 sq m
5.6 Music hall 890 sq m
5.7 Workshop room 350 sq m
Total !oor area 3361 sq m
First Floor
1 - Entrance area -
1.1 Wardrobe 50 sq m
1.2 Ticket o"ce 23 sq m
1.3 Restaurant 203 sq m
1.4 Foyer 165 sq m
2 - Entrance area -
2.1 Sanitary area 35 sq m
2.2 Sanitary area 26 sq m
3 - Gallery -
3.1 Museum shop 165 sq m
3.2 Exhibition area 605 sq m
Total !oor area 3361 sq m
Entrance area - 1 -
Scenario - 3 -
Biannual arts festival
Day 1
Opening Restaurant visitors’
deck
Day 2
Exhibition 1 Gallery
Workshop 1 Open air
Workshop 2 Visitors’ deck
Day 3
Awarding ceremony Outdoors
25.70
14.20
7.20
1.20
-3.80
13.80
7.20
Scenario -1 -
Festival of performative arts
Day 1
Opening and dinner Theatre
restaurant
Day 2
Event 1 Music Hall
Event 2 Theatre Hall
Day 3
Event 3 Music Hall
Event 4 Theatre Hall and foyer
Music hall
Theatre hall
Theatre restaurant
Scenario - 2 -
Jazz festival
Day 1
Opening Open air stage
Day 2
Workshop 1 Workshop rooms
Workshop 2 Workshop rooms
Concert 1 Music Hall
Concert 2 Open air stage
Day 3
Workshop 3 Theatre Hall
Final concert Open air stage
Music hall
Theatre hall
Theatre restaurant
Open air stage
Gallery
Restaurant
Visitors’ deck Gallery
Cross Section
Scenarios for Programmatic Flexibility
Model Photos
Opaque Concrete Shells
Translucent Lightweight Structure
Concrete Shells
Ramps and Slabs Stabilize the Shells
Cores on the Intersection Points of the Shells
Perforated Roof shells
Principal of Construction
Close-Up Section
Application of the Constructive Principal
+/- 0.00
-5.00
+ 5.00
+ 8.00
Sunstudy 19. July 12:00
Method of software based
generation of grid
geometry on a shell
Sunstudy 19. July 15:00
ecafrus no stniop dirg lluPdirG D2tnenopmoc dehsiniFRounded inlays simulating the bending
of metal sheets component whose all side lengths
are variable
in a component
Roof Structure
Light Accents
Switchable Elements
Elements in variable sizes
depending on the light
impact needed
On topview the dispersion of the light in the
building is segmented through a grid of diamond
shapes. The arrangement of light spots and the
stear th eorientation within the building. Spaces
with more light impact function as motion
attractors which lead users along their route to the
aiming points. Some of the other cavities as the
concert hall require switchable light elements.
These areas are indicated on the map.
In a following revision on a computer the
itersection points of the created grid are pulled
oonto the three dimensional shell. The interaction
between the chosen solar angle of 45 degrees and
the curvature of the shell generate an ideal
sunshade solution on every structural element.
The computer generated system is then being
evaluated and the irregularities within the shape
are being smoothened. Design aspects rewuire
manipulation of the height of each sttructural
element. While making several elements higher,
needed impact of the direct light can be
achieved.
Parametric Set-Up of the Roof Structure
Map of Light Distribution
Gutter
Steel sheet
Mounting bracketfor installations
Vacuum tubes
Bus system / electric supply
High-strength concrete
Insulation
Rubber seal
Welting
ETFE foil
RGBW lightingRevision opening
Reinforcement ribs
Switchable interlayer foil
Valve controlled by bus system
elements on a shell Placement of a single element on a grid
ConstructiveThe orientation within this spatial bundle is generated through light impacts. Light-�lled spots guide the user within the building. The lower opaque part of the building works as a system of three self-supporting concrete shells that are stabilized through connecting ramps and slabs. The lightweight perforated and translucent upper parts are formed out of roof shells, composed of triangular cells. The geometry of these cells is de�ned through sun-shading aspects as well as conscious de�ned light accents within the building. Changing height, decline and thickness of the slabs between the cells impacts light e�ects on every spot of the building. the gap between the triangular cells, manufactured out of steel sheets, is �lled with highly reinforced concrete. Every cell, covered with ETFE Foil, is a single cushion, stabilized through vacuumization.