February 2012 Archives
The ship, a floating city that transgress from border to border, one territory to another, is now capsized. As the structure adrift on a rocky coastline, the island claims ownership of the man-made structure as part of its border.
The line between natural and artificial is crossed when the hull of the ship collided with granite coastline. My design proposition will speculate on how to exploit this morphing of borders through material and structural intervention. The ambition is to create an artificial terrain resulting from territorial negotiation, from ship to landscape and vice versa.
Project index will provide a breakdown of studies and explorations, divided into three key events that informs the design proposal.
Btw, how do i insert an image that can be enlarged when clicked?

the ship
1.1 Cruise Ship
1.1.1 Scale, Dimensions and Form
1.1.2 Basic Ship Principle: Floatation and Static Behaviour
1.1.3 Typical Cruise Ship Component
1.2 Ship Structure
1.2.1 Bottom Structure
1.2.2 Shell Plating & Framing
1.2.3 Bulkhead & Pillars
1.2.4 Decks, Hatches, and Superstructures
1.2.5 Fore End Structure
1.2.6 Aft End Structure
1.2.7 Ship fabrication
1.3 Materiality
1.3.1 Ship building steel sections
1.3.2 Aluminium Alloy
1.3.3 Steel weathering
iii the crash
3.1 Capsize Event
3.2 Site Analysis
3.2.1 Plan, Section, Terrain Axonometric
3.2.2 Tide & Current Survey
3.2.3 Impact of ship movement
3.2.4 Soil Analysis
3.3 Case Study I: Ship salvaging machinery and equipment
Removing the stern of New Carrisa
3.4 Studies on stabilizing the ship: Retaining Wall principle
iv room to landscape
4.1 Artificial Landscape studies
4.1.1 Case Study II: Alberto Burri's Il Cretto
4.1.2 Case Study III: Japanese Retaining walls
4.2 Waterscape studies
4.2.1 Case Study IV: Alvaro Siza Leca Swimming Pool
4.3 Material Studies
4.3.1 Case Study V: Concrete formwork
Fernando Menis' Magma Centre
4.4 Scale & Materiality
4.4.1 Scale index
4.4.2 Material Index
4.5 Material & Territory
4.5.1 Territory Crossing I - Steel to Granite:
Steel retaining structure
4.5.2 Territory Crossing II - Water:
Water Topography & Circulation Strategy
4.5.3 Territory Crossing III - Granite to steel:
Quarrying & Excavation waste Strategy
4.5.4 Material Experiments
4.6 Summary















