Research on A Kind of Lightweight Heat-insulating, Sound-insulating and Light-transmitting Concrete Interior Partition Wall Block

Authors

  • Junyan Zou
  • Kai Zheng
  • Shanshan Li

DOI:

https://doi.org/10.54097/gb5hsk02

Keywords:

New composite concrete, lightweight, heat preservation, sound insulation, light transmission.

Abstract

The new composite concrete with both lightweight, thermal insulation, heat insulation and light transmission properties is a new type of building The new composite concrete with both lightweight, thermal insulation, heat insulation and light transmission properties is a new type of building material with energy saving and consumption reduction functions. This paper integrates the research status of scholars in this field at home and abroad, realises the lightweight of blocks by studying the properties of lightweight aggregate concrete and porous concrete, and selects suitable light- transmitting materials, tests the light transmittance and mechanical properties of concrete blocks after adding light-transmitting materials, then analyzes the advantages and disadvantages of the sound insulation effect produced by adding soundproofing materials made from different materials to concrete blocks, and selects the best sound insulation effect by adding soundproofing materials to concrete blocks. concrete blocks, and selects the best soundproofing material for the comprehensive performance. Then we analyze the advantages and disadvantages of Then we analyze the advantages and disadvantages of adding different sound insulation materials into concrete blocks, and select the best sound insulation material with comprehensive performance. the same time of realising the three properties of light weight, sound insulation and light transmittance, we further study the effect of adding different thermal insulation materials on the thermal insulation effect of the blocks, and select the concrete blocks with the best thermal insulation performance.

Downloads

Download data is not yet available.

References

CAO Zheng,ZHU Yajing,WU Xiaojun et al. A review of research on the preparation of lightweight concrete[J]. Concrete,2022,No.395(09):184-187+192.

WANG Qing,GAO Shu-chang,GAO Jia-cheng et al. Properties of ultra-high performance lightweight concrete with ceramic sand and its influencing factors[J/OL]. Silicate Bulletin:1-12[2023-04-21].

Tian Tao. The use of foam lightweight concrete in highway embankment disease management[J]. Sichuan Building Materials, 2023, 49(02):18-19.

WANG Wenjing,JIANG Lu,CHEN Yang et al. Image analysis method of recycled insulated concrete insulation aggregate based on the principle of somatoscopy[J]. Concrete, 2017, No.332(06):136-139.

HUANG Wei,FANG Zhangping,GE Jinjin et al. Performance test of calcium carbonate whisker reinforced recycled thermal insulation concrete[J]. Journal of Hunan City College (Natural Science Edition),2022,31(03):13-17.

ZHANG Qingxu,GE Yicheng. Experimental research on sound-insulating concrete [J]. Shanxi Construction, 2018, 44 (29): 129-130.

Zhang Jinhua. Research on the Preparation of Concrete Acoustic and Sound Insulating Blocks[D]. Southeast University, 2006.

ZHANG Long,YANG Jie,XU Hongyi et al. Research on sound insulation and thermal insulation performance of ceramic aerated concrete block [J]. Wall Material Innovation and Building Energy Saving, 2017, No.219(02):39-40.

Liu Qiusheng. Construction technology of sound insulation mat and cast-in-place concrete composite sound insulation floor[J]. Construction Technology, 2008, No.302(07):72-74.

GU Xiaoyu, XIE Jiming, PENG Xiaoqian et al. Research on making acoustic concrete wall with recycled coarse aggregate [J]. Science and technology innovation guide, 2015,12(23):18-19.

CHEN Sijia, XU Xun, WANG Zonghao et al. Research on the interfacial properties of alkali magnesium sulfate cement-based resin translucent concrete[J]. Concrete and Cement Products, 2020, No.288(04):9-13.

ZHOU Zhi, GAO Xipeng, SHEN Juan et al. Research on the preparation of resin translucent concrete products and its energy-saving effect [J]. Functional Materials, 2016, 47(09): 9017-9022.

WANG Shu, WU Yuanyuan, WU Xiong et al. A review of translucent concrete preparation, properties, and applications [J]. Materials Herald,2016,30(S1):467-469+477.

Downloads

Published

27-03-2024

Issue

Section

Articles

How to Cite

Research on A Kind of Lightweight Heat-insulating, Sound-insulating and Light-transmitting Concrete Interior Partition Wall Block. (2024). Academic Journal of Science and Technology, 10(1), 376-383. https://doi.org/10.54097/gb5hsk02

Similar Articles

1-10 of 189

You may also start an advanced similarity search for this article.