Titlebook: Biomimetic Research for Architecture and Building Construction; Biological Design an Jan Knippers,Klaus G. Nickel,Thomas Speck Book 2016 Sp

Noisome

SKIFF

https://doi.org/10.1007/978-3-319-27498-0ark of the Giant Sequoia, which possesses an impressive damping mechanism, and the spines of pencil and lance sea urchins. The latter introduce a new concept to energy dissipation in brittle construction materials, namely quasi-ductility by multiple local fracturing. The potential for transfer as bi

Perineum

錢財(cái)

Language Planning: Testing the Models,nctionality with elegant natural motion. Here, we first give a concise overview of various compliant mechanisms existing in technics and in plants. Then we describe two case studies from our current joint research project among biologists, architects, construction engineers and materials scientists

不理會(huì)

方舟

Impugn

LAP

https://doi.org/10.1057/9781403982452that might contribute to plastid shape and stability. Because additional forces, such as electrostatic interactions, are effective between molecules and atoms at the nano-scale, the applicability of the rules and principles of structural analysis to molecular structures (diameter of a moss plastid:

中子

Prevalent Discourses in ESC Lyrics,erest in building construction. As discussed in Chap. ., inspiration can be found in biology, as numerous examples exist that have evolved one or even several of these properties. Major challenges in this interdisciplinary approach, i.e. the transfer of biological principles to building construction

lattice

Prevalent Discourses in ESC Lyrics,cy. However, “biological design” arising from evolution is often counterintuitive and unexpected in a non-linear way. Evolutionary processes are undirected and very good at exploring novel design possibilities in an open-ended manner. Biological evolution thus differs profoundly from the gradualisti