Agriflux-Mikkeli

Agriflux-Mikkeli

Bhattacharya, A.

Biloria, N. (mentor)
Bier, H. (mentor)
Sobota, M. (mentor)

Architecture

Architecture, Urbanism and Building sciences

Non standard and interactive architecture - Hyperbody

2013-06-27

The main research question posed the problem of embodiment and development of a self-sufficient eco-structure using performance driven computation techniques taking instances from environmental aspects like solar radiation and wind pressures. It is done in three interlinked stages – first being the urban and infrastructure level, second being the more precise building level and the last being the user comfort levels around the building. The architectural design emphasis being on design of the science center integrated with jetty/ public esplanades and the public green houses. In almost every design field we are assisting to an increment in the level of complexity, intended as multi-variability whose relations are not clearly understood. At all those different scales, today's high technical performance standards and growing normative requirement increase enormously design complexity, which has already escaped the control of single agent process and calls for an application of complex multi-agent processes.

performative design
hyperbody
multi agent logic
wind
science center
greenhouse
extreme weather

http://resolver.tudelft.nl/uuid:b041a2ab-32ad-487d-9012-58d725824fe1

2013-06-27

Student theses

master thesis

(c) 2013 Bhattacharya, A.