DISASTER
INFRASTRUCTURE
Research on Nuclear Explosions and the Infrastruture needed for the aftermath
Cornell University
2020
Independant Project
Advisor : Peter Ballman
Critic :
Thom Mayne
Location : Enewetak Atoll, Marshall Islands
Case Study : Chernobly Nuclear Plant, Ukraine
THEME: Anti-Monument for Nuclear Memory
PROCESS: Site Restoration + Ecological Design
MATERIAL: Plaster Maquettes
RESULT: Reflective Memorial Ecosystem
The Ivy Mike detonation of the 1940s on Enewetak Atoll left a massive 6,250-foot-wide, 165-foot-deep crater where the island of Elugelab once stood. This project proposes dredging receding islands and using volcanic rock to reinforce the area around the craters, which are at risk from rising sea levels. A concrete shell with a lead lining would be constructed to prevent radiation leaks, with towers marking explosive sites and areas containing nuclear waste.
Over time, the site will transform into a space of memory and reflection, an anti-monument to the devastation caused by nuclear weapons, evoking an aura of contemplation for visitors before its potential submergence after 2050. The crater would form a lagoon with floating water catchers collecting rainwater, enabling aquaculture infrastructure to preserve and harness marine biodiversity
Nuclear testing in the Marshall Islands, analyzing radiation impacts over the course of several daysGlobal radiation exposure over a four-day periodTimeline of the disaster’s progression, highlighting levels of radiation exposure at each stage
Plaster model: mapping the Earth’s surface and the deformation of underwater basins caused by nuclear explosions14.19 °S, 63.27 °W
Wind 310 @ 6km/hr
Water currents and their role in the dispersal of nuclear waste
Formation of an atoll: A natural process shaped by coral growth around a sinking volcanic island