A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Improvements in or relating to building structures
The wall comprises inner 2 and outer 1 surfaces with a support structure made of components 5 which space the surfaces. The void between the surfaces is filled with cellular lightweight concrete (CLC). The surfaces may be formed from glass fibre reinforced concrete boards. The surfaces may be attached to or spaced from the support structure. A wall may be formed from a number of adjacent sheets (Figure 7). The sheets may have widened regions at their ends. The support may be made from light gauge steel. The walls may be formed in situ where panels are coupled such that the concrete forms a continuous core between panels. The walls may also form a continuous CLC core with a floor or ceiling.
Improvements in or relating to building structures
The wall comprises inner 2 and outer 1 surfaces with a support structure made of components 5 which space the surfaces. The void between the surfaces is filled with cellular lightweight concrete (CLC). The surfaces may be formed from glass fibre reinforced concrete boards. The surfaces may be attached to or spaced from the support structure. A wall may be formed from a number of adjacent sheets (Figure 7). The sheets may have widened regions at their ends. The support may be made from light gauge steel. The walls may be formed in situ where panels are coupled such that the concrete forms a continuous core between panels. The walls may also form a continuous CLC core with a floor or ceiling.
Improvements in or relating to building structures
LUCIANO BERLANI (author) / GURCAN PEHLIVAN (author)
2022-09-21
Patent
Electronic Resource
English