Laminated wood frame-rammed earth filling wall and construction technology

Abstract

The invention discloses a laminated wood frame-rammed earth filling wall and a construction technology, the laminated wood frame-rammed earth filling wall comprises a rammed earth wall, a laminated wood frame and a foundation, the rammed earth wall is a filling wall, a frame structure arranged on the periphery of the rammed earth wall is the laminated wood frame, and the foundation is arranged below the rammed earth wall and the laminated wood frame; the column feet below the laminated wood frame are sleeved with the steel column shoes and connected with the foundation through bolts. The rammed earth wall can serve as a feasible way for solving the energy-saving problem of an ecological building, the shear bearing capacity and lateral stiffness of the rammed earth wall can be effectively improved, and the service life of the rammed earth wall is guaranteed.

Description

technical field [0001] The invention belongs to the technical field of traditional raw earth building rammed earth wall structures, and in particular relates to a glulam wood frame-rammed earth filling wall and a construction process. Background technique [0002] Rammed earth architecture is an important part of traditional Chinese architecture. At present, there are still many buildings made of rammed earth walls in the vast rural areas of our country. At the same time, with the successive development of tourist attractions across the country and the further development of new rural construction, modern rammed earth dwellings, as an architectural form that can inherit Chinese traditional culture, have attracted more and more attention from domestic designers. [0003] It is worth noting that rammed earth buildings have obvious deficiencies in their building structures because they are raw soil materials: the bearing capacity of rammed earth buildings is much lower than th...

AI Technical Summary

Problems solved by technology

[0003] It is worth noting that rammed earth buildings have obvious deficiencies in their building structures because they are raw earth materials: the bearing capacity of rammed earth buildings is much lower than that of modern brick and concrete building structures

Under the action of an earthquake, the joints of the structure are prone to damage first, which leads to the rapid loss of bearing capacity of the structure until the building structure collapses

At the same time, due to the ramming process and the material characteristics of the raw earth material itself, the damage of the rammed earth wall is brittle, and the shear strength and tensile strength are very low. Once the wall has a horizontal joint, the building will be damaged. Loss of earthquake resistance

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