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Problems and Optimization Countermeasures of Stone Paving in Landscape Construction Engineering

Author(s)

Zhongming Yin

Affiliation(s)

Liaoning Communication University, Shenyang, Liaoning, China

Abstract

In various landscape construction projects in Shenyang, granite stone paving is widely used in commercial plazas, municipal pedestrian paths, and residential landscape sites. With the advantages of neat appearance, heavy texture, and easy cleaning, it has become a common method to improve space quality and reflect site positioning. However, in the long-term use, affected by multiple factors such as construction technology, material selection, later maintenance, and regional climate, stone paving generally suffers from surface crushing, bottom void, foundation settlement, freeze-thaw damage and other problems, which not only affect pedestrian experience and the integrity of landscape, but also lead to high maintenance costs. This is inconsistent with the development requirements of high-quality, long-term, and low-cost operation and maintenance of landscape engineering. Combined with field cases such as Shenyang Tiexi Vientiane Hui, Evergrande Green Town, and municipal roads in Shenbei and Yuhong Districts, this paper compares the paving experience of the Historical and Cultural Block of Zhongshan Road in Quanzhou, sorts out typical problems of stone paving, analyzes the root causes, puts forward an optimization idea of using modified asphalt as the main material and decorating with stone at important nodes, and briefly describes the implementation path and effect combined with domestic practical cases, so as to provide practical reference for similar landscape construction projects in Shenyang.

Keywords

Landscape Construction; Stone Paving; Modified Asphalt; Construction Specification; Later Maintenance; Shenyang Engineering Cases; Practical Implementation

References

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