Rapid design method for spatial geometric layout of mountainous area highway waste slag field

Abstract

The invention discloses a rapid design method for spatial geometric layout of a waste slag yard of a mountain road. The method comprises the steps of rapid optimization site selection of the waste slag yard, preliminary geometric dimension design of the waste slag yard, spatial layout of a main structure of the waste slag yard and rapid design recheck of the waste slag yard. By means of quantification and optimization of multiple indexes such as the shortest freight distance, the minimum free area, the maximum stacking height, the minimum plane occupied area and main body structure spatial layout standardization, rapid design of the mountainous area highway waste slag yard is achieved, coarseness of traditional design is changed, the change risk of the waste slag yard is reduced and controlled, and each step has a related control index and a preferable index, so that the whole working process shows safety and economical efficiency.

Description

technical field [0001] The invention relates to the technical field of geotechnical engineering, in particular to a rapid design method for the spatial geometric layout of a spoil ground on a mountain road. Background technique [0002] Road construction in mountainous areas is facing great earthwork balance challenges. Under the new environmental protection technical standards and requirements, it is especially important to highlight the main responsibility and management responsibility of each participating unit in the project construction. Whoever builds is responsible, and the project quality management lifelong responsibility system. Due to the characteristics of solid waste in the spoil project, the attention of all parties is not enough, and the depth of work is not enough. During the actual spoil, the spoil yard is often replaced frequently, that is, there are irregularities in the preliminary design or initial site selection of the spoil yard; and The reasonable spa...

AI Technical Summary

Problems solved by technology

Due to the characteristics of solid waste in the spoil project, the attention of all parties is not enough, and the depth of work is not enough. During the actual spoil, the spoil yard is often replaced frequently, that is, there are irregularities in the preliminary design or initial site selection of the spoil yard; and The reasonable spatial layout of the main structures such as the slag retaining wall and the channel system in the spoil yard is very important to ensure the medium and long-term environmental safety of the spoil project. The emergence of these issues will greatly affect the medium and long-term environmental safety of the spoil process

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