Knowledge transfer from biologists to engineers is one of the main obstacles to the diffusion of Biomimetic. An approach to overcome this obstacle is presented and discussed. This approach is based on a construct to describe high-level engineering functions stored in a relational data-base together with a species grouping based on a functional classification, the corresponding biological solutions and the “official” taxonomy. Several relationships among the keys allow extracting and organizing the stored knowledge both from the engineering and from the biological point of view. Trough this data-base, an engineer can extract all the biological solutions of a function formulated in the “engineer’s language”, and then determine the more suitable solution for his/her specific problem.
Design in nature and engineering: knowledge transfer trough a data-base of biological solutions
Edoardo Rovida;Edoardo Razzetti
2010-01-01
Abstract
Knowledge transfer from biologists to engineers is one of the main obstacles to the diffusion of Biomimetic. An approach to overcome this obstacle is presented and discussed. This approach is based on a construct to describe high-level engineering functions stored in a relational data-base together with a species grouping based on a functional classification, the corresponding biological solutions and the “official” taxonomy. Several relationships among the keys allow extracting and organizing the stored knowledge both from the engineering and from the biological point of view. Trough this data-base, an engineer can extract all the biological solutions of a function formulated in the “engineer’s language”, and then determine the more suitable solution for his/her specific problem.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
