Mass concrete intelligent water communication method and system with same

Abstract

The invention discloses a mass concrete intelligent water communication method. The method comprises that steps of (1) starting water communication; (2) storing historical data containing weather, hydrological, material and construction information into a database as basic data information; (3) according to different material partitions, determining the ideal temperature process lines of concrete of different partitions through the finite element method; (4) after the concrete is poured, recording real-time water temperature, water flow, concrete internal temperature and weather forecast information and sending the information to the database; (5) according to the real-time water temperature, the water flow, the concrete internal temperature and the weather forecast which are provided in the step (4) and the temperature process lines, calculating water communication cooling flow of a next stage for every cell; (6) transmitting an instruction of the water communication cooling flow to a water communication system to achieve automatic regulation of the water communication cooling flow; (7) ending the water communication. The invention also provides a mass concrete intelligent water communication system.

Description

technical field [0001] The invention belongs to the technical field of water conservancy and hydropower engineering, nuclear power engineering, and port engineering, and in particular relates to an intelligent water flow method for large-volume concrete and a system using the method. Background technique [0002] The problem of temperature control and anti-cracking of large-volume concrete has long plagued project builders, and water cooling is an important measure for temperature control and anti-cracking. Traditionally, the method of water cooling is artificial water. This method has the following Problems: (1) The adjustment of water flow is manual, which is time-consuming and laborious; (2) In the process of water cooling, fixed water temperature and flow rate are used for a certain period of time, which cannot realize real-time adjustment of water flow, and the cooling rate cannot be effectively guaranteed ; (3) The authenticity of the water supply data and the water su...

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Problems solved by technology

[0002] The problem of temperature control and anti-cracking of large-volume concrete has long plagued project builders, and water cooling is an important measure for temperature control and anti-cracking. Traditionally, the method of water cooling is artificial water. This method has the following Problems: (1) The adjustment of water flow is manual, which is time-consuming and laborious; (2) In the process of water cooling, fixed water temperature and flow rate are used for a certain period of time, which cannot realize real-time adjustment of water flow, and the cooling rate cannot be effectively guaranteed ; (3) The authenticity of the water supply data and the water supply process is greatly affected by people's subjective ideology, and the authenticity and timeliness of the water supply data cannot be guaranteed

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