STRATEGY FOR MODELING COMPLEX SELF-SUPPORTING STRUCTURES FOR FABRICATION FROM BIORECEPTIVE MATERIALS
DOI:
https://doi.org/10.24867/13FA05CvijanovicKeywords:
Bioreceptive material, modelingAbstract
The topic of this thesis deals with the strategy of modeling complex selfsupporting forms made of bioreceptive concret.
References
[1] Retrieved 11 10, 2020, from United Nations: https://population.un.org/
[2] Retrieved 11 10, 2020, from Growing Green Guide, The Growing Green Guide for Melbourne project is investigating the potential to transform Melbourne’s roofs, walls and facades into vegetated, leafy habitats.: http://www.growinggreenguide.org/
[3] Retrieved 11 10, 2020, from Greenscreen: https://greenscreen.com/docs/Education/greenscreen_Introduction%20to%20Green%20Walls.pdf
[4] Pottmann Helmut, Design of Self-supporting Surfaces, pages 1-5
[5] Jelena Milošević , Izogeometrijska analiza u morfogenezi površinskih konstruktivnih sistema, pages 41-81
[2] Retrieved 11 10, 2020, from Growing Green Guide, The Growing Green Guide for Melbourne project is investigating the potential to transform Melbourne’s roofs, walls and facades into vegetated, leafy habitats.: http://www.growinggreenguide.org/
[3] Retrieved 11 10, 2020, from Greenscreen: https://greenscreen.com/docs/Education/greenscreen_Introduction%20to%20Green%20Walls.pdf
[4] Pottmann Helmut, Design of Self-supporting Surfaces, pages 1-5
[5] Jelena Milošević , Izogeometrijska analiza u morfogenezi površinskih konstruktivnih sistema, pages 41-81
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Published
2021-06-09
Issue
Section
Architecture
