Outfitted to develop investigates styles of development and dynamics in nature with the purpose of making a brand new “living architecture” that may be utilized to architectonic designs. It examines organic tactics to spot simple rules of development and translate them into exemplary architectonic rules and visions. The undertaking brings jointly specialists from the fields of structure, biology, artwork, mechatronics, and robotics.
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Additional info for Built to Grow: Blending Architecture and Biology (Edition Angewandte)
We do not replace ecosystems that do not appear necessary for maintaining the artificial systems we create. Buildings that are able to metabolise like living organisms would free us from the huge responsibility we have acquired by creating more artificial systems which are completely dependent on our care. Living within an artificial landscape that integrates and works like a natural system could be a step beyond automation. Such independent or semi-independent systems will challenge our attitude towards exerting and retaining control over the systems we live in, having determined the human development throughout human history.
Due to the inability of plants to dissolve lignin, woody material is mostly dead and cannot change. It can only be added to from the layer of cells ( meristem ) at the outer surface of the trunk or branch. On the other hand bone retains many cells and so can be modified without changing its size. Regenerating parts of the non-lignified structures of plants, such as the leaves of deciduous trees, are a role model for the seasonal rejuvenation which might also be feasible for the building industry in temperate climate zones where seasons come with large temperature differences.
Of activity of higher plants alternates between periods of intense expansion 2 S. Poppinga, T. Masselter & T. Speck when growth conditions are favourable and periods of inactivity when ( 2013 ): Faster than their prey : New conditions are bad. 1, 2, 3 active carnivorous plants traps. – Bioessays, 35 : 649 – 657. For achieving dynamic adaptation in building design, many challenges have to be met : stabilisation of the structural system along with the 3 S. Schleicher, J. Lienhard, S. transformation and the integration of changes in the environment, or user Poppinga, T.