Method for designing solar interface evaporator through computer
The invention discloses a method for designing a solar interface evaporator through a computer. The method comprises the following steps: constructing a solar interface evaporator model; simulating relevant parameters by using computer simulation software and constructing a data set; training a lear...
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| creator | LEI SIYU HUANG RUILONG LI TONGHUI ZHAO QI GUO LIN WANG CONG LIU YIHONG LIN ZIYAN SHA ZUYI YANG YAWEI QUE WENXIU WANG RIYAO ZHU BENXIN |
| description | The invention discloses a method for designing a solar interface evaporator through a computer. The method comprises the following steps: constructing a solar interface evaporator model; simulating relevant parameters by using computer simulation software and constructing a data set; training a learning model of the evaporator; testing the performance of the evaporator model; and calculating the optimal evaporator structure. According to the method, thermodynamic model construction and multi-physical field simulation are carried out on the solar interface evaporator, and based on a machine learning method, the number and thickness of a water-salt transport structure are used as input, the highest salt concentration of an interface evaporation structure is used as output, a solar interface evaporator model is trained, and the operation result of the evaporator is predicted. And the number and thickness of water-salt transport structures of the evaporator are optimized, and the lowest salt concentration, namely |
| format | Patent |
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The method comprises the following steps: constructing a solar interface evaporator model; simulating relevant parameters by using computer simulation software and constructing a data set; training a learning model of the evaporator; testing the performance of the evaporator model; and calculating the optimal evaporator structure. According to the method, thermodynamic model construction and multi-physical field simulation are carried out on the solar interface evaporator, and based on a machine learning method, the number and thickness of a water-salt transport structure are used as input, the highest salt concentration of an interface evaporation structure is used as output, a solar interface evaporator model is trained, and the operation result of the evaporator is predicted. 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| subjects | CALCULATING COMPUTING COUNTING ELECTRIC DIGITAL DATA PROCESSING PHYSICS |
| title | Method for designing solar interface evaporator through computer |
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