The paper describes the general contents of the international patent (PCT / IB2013 / 000830) of the Polytechnic of Bari on the building construction system "Nexus: Earthquake-proof Self-supporting "dry" construction system composed by environmentally sustainable, stratified and self-clinching blocks". This block will be capable, like a metal net, of ensuring to the wall high structural performance up to make earthquake-proof wall in such a way as to not affect the thermal and acoustic performance. The characteristics of the block transversely to the wall are freed from the structural performance for which it is possible to realize a stratification that optimizes the heat attenuation and the thermal mass, the transport properties of moist air and the ability to reduce sound transmission. The flexibility allows to create blocks that enhance the performance as a function of the thermal characteristics, moisture and acoustic field around the building.
Thermal and structural enhanced block / Piccininni, Francesco - In: 1st Workshop on the state of the art and challenges of research efforts at Politecnico di Bari : proceedings : 3-5 December 2014 / [a cura di] Claudio D'Amato Guerrieri. - STAMPA. - Roma : Gangemi, 2014. - ISBN 978-88-492-2966-0. - pp. 733-737
Thermal and structural enhanced block
Francesco Piccininni
2014-01-01
Abstract
The paper describes the general contents of the international patent (PCT / IB2013 / 000830) of the Polytechnic of Bari on the building construction system "Nexus: Earthquake-proof Self-supporting "dry" construction system composed by environmentally sustainable, stratified and self-clinching blocks". This block will be capable, like a metal net, of ensuring to the wall high structural performance up to make earthquake-proof wall in such a way as to not affect the thermal and acoustic performance. The characteristics of the block transversely to the wall are freed from the structural performance for which it is possible to realize a stratification that optimizes the heat attenuation and the thermal mass, the transport properties of moist air and the ability to reduce sound transmission. The flexibility allows to create blocks that enhance the performance as a function of the thermal characteristics, moisture and acoustic field around the building.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
