Construction of Comprehensive Evaluation System of Tunnel Blasting Effect Based on Multiple Indicators

A comprehensive evaluation system of tunnel blasting effect based on multiple indicators is crucial for improving construction safety and efficiency. This paper proposes specific quantitative indicators and evaluation models by analyzing the main factors affecting the blasting effect, such as geological conditions, blasting parameter settings and environmental adaptability. The study shows that the reasonable selection of explosive types, optimization of charge structure and detonation method, and the combination of real-time monitoring technology can significantly improve the blasting effect and reduce the negative impact on the surrounding environment. The establishment of an effective feedback mechanism helps to adjust the blasting design program in time to ensure construction safety. This study provides a set of scientific assessment tools for blasting operations in tunneling projects and promotes the development and application of industry standards.

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Publication Details

Journal
Academic Journal of Science and Technology
Published
2025-04-21
DOI
https://doi.org/10.54097/4fx9mk20
Primary Topic
Evaluation and Optimization Models
Type
article
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article

Construction of Comprehensive Evaluation System of Tunnel Blasting Effect Based on Multiple Indicators

Yaoqi Zhang
Academic Journal of Science and Technology
Evaluation and Optimization Models
article

Construction of Comprehensive Evaluation System of Tunnel Blasting Effect Based on Multiple Indicators

Yaoqi Zhang
article en

Abstract

A comprehensive evaluation system of tunnel blasting effect based on multiple indicators is crucial for improving construction safety and efficiency. This paper proposes specific quantitative indicators and evaluation models by analyzing the main factors affecting the blasting effect, such as geological conditions, blasting parameter settings and environmental adaptability. The study shows that the reasonable selection of explosive types, optimization of charge structure and detonation method, and the combination of real-time monitoring technology can significantly improve the blasting effect and reduce the negative impact on the surrounding environment. The establishment of an effective feedback mechanism helps to adjust the blasting design program in time to ensure construction safety. This study provides a set of scientific assessment tools for blasting operations in tunneling projects and promotes the development and application of industry standards.

Academic Journal of Science and TechnologyVol. 15(1)
Henan Polytechnic University (CN)
Openalex Percentile: Top 91%
Evaluation and Optimization Models
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