The Applied Research Of High-performance Thermal Insulation Block In Urumqi Region

In order to block the high-performance thermal insulation in Xinjiang as well as promote the use of the country will take the block to test the mechanical properties of theoretical research. In addition to the basic material properties of the test block (block resistance, insulation, etc.), needs to be on the block in the actual engineering feasibility study. Masonry of these properties will have a direct bearing on whether the block is worth popularizing.(1) compression performance, is mainly used to bear the pressure of the upper part of the structure will be reached based on the load weight is the most important properties of masonry indicators. In accordance with the "basic mechanical properties of masonry Standard Test Method" (GBJ129-90) method, measuring the limit of compressive strength of masonry, analysis of various factors on the compressive strength of masonry. The average compressive strength reached 10.8Mpa, seismic requirements reached.(2) the use of wall materials PKPM software using this high-performance thermal insulation block area of Urumqi, the actual works of masonry seismic check, to conduct applied research. Urumqi in Xinjiang seismic intensity 8.0 (0.2g) region, the wall insulation and efficient use of the material block, the construction of masonry houses, when the wall arrangement rules, the structure of the necessary structure of the beam and column, the masonry buildings in the seismic performance is to meet the specifications. Housing design in such masonry should be strict enforcement of anti-seismic structural measures to avoid a split-level structure layout structure, open floor holes such as the adverse circumstances in order to ensure structural safety.(3) Thermal performance, using theoretical calculations and experimental building blocks of this highly efficient thermal insulation properties of thermal insulation for analysis.The results for high-performance thermal insulation block masonry structure of the reference design and theoretical research. The study found that the highly efficient heat insulation block has a good performance, while its mechanical properties to meet the general strength of sintered porous brick, with broad prospects for development and promotion of the value.