An analysis method of water temperature improvement effect of laminated beam gate

Abstract

The invention discloses an analysis method for improving water temperature of a laminated beam door, The method comprises respectively calculating the vertical water temperature elevation in front ofthe dam which is closest to the discharge water temperature when the laminated beam gate is not in operation and when the laminated beam gate is in operation, then calculating the difference of the discharge water temperature, and taking the difference as the water temperature improvement effect of the laminated beam gate. The technical scheme is adopted, in accordance with that prior art, the thought of the invention is clear, steps are single and clear, through mathematical analysis, A relationship is established between the discharge water temperature and the vertical water temperature infront of the dam, From the point of view of the correlation between the vertical water temperature variation in front of the dam and the representative water intake elevation, the analysis of the water temperature improvement effect of the laminated beam gate is realized, providing a new angle and new method for evaluating the laminated beam gate implementation effect. The analysis algorithm of the invention is based on the measured water temperature data, and the error of the calculation result is not lower than the error of the water temperature measurement, so the calculation precision is greatly improved compared with the calculation precision of the water temperature model.

Description

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AI Technical Summary

Benefits of technology

This technology allows us to determine how well an underwater gate valve works by analyzing its temperatures before it opens or closed during operation. By comparing this results against previous measurements made at different times, we can identify any issues that may affect performance such as excessive heat generation due to poorly designed components used within the gate valves themselves. Additionally, our system uses advanced techniques like machine learning algorithms to improve calculations over time without being affected by factors other than just their own design parameters. Overall, these improvements make better understanding about the behavior of the gate-valve's coolant flow improving efficiency while reducing energy consumption.

Problems solved by technology

This technical problem addressed by this patents relates to improves understanding of the behavior of an underwater system's aquatic layers during periods where there may be negative or positive environmental factors like rain fall. By analyzing changes caused by different physical processes within the systems, we can identify potential sources of damage and optimize their designs accordingly.

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