Slope burying process of sloping breakwater

Abstract

The invention discloses a slope burying process of a sloping breakwater. The process comprises the following steps: 1, planning the sloping breakwater into multiple sections; 2, providing a first digging machine and a second digging machine, firstly mounting a first operation platform in a first section, carrying out mounting of embankment core stones and slope burying of the embankment core stones on the first section by using the first digging machine, mounting a second operation platform in a second section when the first digging machine runs in the first section, and moving the first digging machine to the second operation platform of the second section after the operation of the first section is completed by the first digging machine; dismounting the first operation platform, carrying out mounting of a first layer of embankment surface stones and slope burying of the first layer of embankment surface stones on the first section by using the second digging machine, and carrying out the mounting of embankment core stones on the second section by using the first digging machine in a process of operating the first section by using the second digging machine; repeatedly carrying out the steps. According to the slope burying process disclosed by the invention, the working efficiency is greatly improved, and simultaneously, the operation precision is also improved, and the quality of the sloping breakwater is improved.

Description

technical field [0001] The invention belongs to the field of breakwater construction, and in particular relates to a slope embankment slope management process. Background technique [0002] The construction of deep-water breakwaters generally uses barges for riprap and slope management operations. This method is suitable for construction in sea areas with good wind and wave conditions; however, construction in areas with severe wave conditions will cause serious pitching, rolling and heave due to the impact of waves sports. On the one hand, this greatly reduces the operating window of the ship and affects the work efficiency; on the other hand, it also affects the accuracy of the ship's stone installation and increases the difficulty of slope management. However, if the deep-water breakwater is constructed by land propulsion, when the embankment is wide and the sea water is deep, many positions of the embankment may not be able to be constructed by using conventional machin...

AI Technical Summary

Problems solved by technology

[0002] The construction of deep-water breakwaters generally uses barges for riprap and slope management operations. This method is suitable for construction in sea areas with good wind and wave conditions; however, construction in areas with severe wave conditions will cause serious pitching, rolling and heave due to the impact of waves sports

On the one hand, this greatly reduces the operating window of the ship and affects the work efficiency; on the other hand, it also affects the accuracy of the ship's stone installation and increases the difficulty of slope management

However, if the deep-water breakwater is constructed by land propulsion, when the embankment is wide and the sea water is deep, many positions of the embankment may not be able to be constructed by using conventional machines; in order to meet the construction requirements, equipment with greater capacity has to be selected. means greater cost, which has a significant impact on the economics of the project

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