A dynamic monitoring method for tidal channel regulation engineering

Abstract

A dynamic monitoring method for tidal river channel regulation engineering, comprising: step 1: analysis of tidal river characteristics and dynamic monitoring requirements; step 2: dynamic monitoring plan formulation; step 3: dynamic monitoring implementation and adjustment; step 4: dynamic monitoring data reorganization. Compared with the traditional technology, the present invention optimizes the engineering design in a timely manner and dynamically adjusts the construction plan through the systematized dynamic monitoring scheme of the tidal river section waterway regulation project, so as to ensure that the waterway regulation project is successfully completed according to the approved standard, scale and investment, and achieves the effect of waterway regulation The goal; the present invention solves the problem that the dynamic monitoring content of the current waterway regulation project is unclear and the dynamic management mechanism is not perfect, and ensures the effect of the waterway regulation. The method includes large-scale river regime monitoring, hydrological testing, regulation building monitoring, and waterway water depth monitoring and special monitoring content of hydrology and water resources; the invention can be applied to dynamic monitoring and dynamic management of tidal river sections or coastal waterway regulation projects.

Description

technical field [0001] The invention relates to the field of water transportation and transportation technology, in particular to a dynamic monitoring method for a channel regulation project in a tidal river section. Background technique [0002] Affected by runoff and tidal currents, the tidal river section presents a pattern of multiple shoals, multiple troughs and branches, the movement of water and sediment is complex, and it is difficult to accurately grasp the law of riverbed evolution. The waterway regulation technology of large tidal river sections in my country is not yet perfect. At present, there is no systematic waterway regulation theory. Although the engineering scheme has been studied in depth during the research and design stage, dynamic management still needs to be scientifically implemented during the implementation process. Dynamic monitoring On the basis of this, combined with the tracking research results of numbers and physical models, timely optimize an...

AI Technical Summary

Problems solved by technology

[0003] Due to the combination of dynamic conditions in flood years and dry years, flood seasons and dry seasons, large and medium tides, high tides and low tides in tidal river sections, the characteristics of water and sediment movement are complicated. It is clear that the technical requirements for monitoring are uneven, which greatly reduces the supporting role of dynamic monitoring work on dynamic management, and even affects the normal function of the waterway regulation project in severe cases

Images