对温度桩进行测试,获得实际的冷却性能

V. S. Evdokimov, V. Yusha, A. A. Kapelukhovskaya, A. Kuzmenkov, A. Isaev, N. S. Rozhkov
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引用次数: 0

摘要

本文分析了温度桩有效性评价和制冷量计算方法,开发了算法,对热稳定器、套筒式热稳定器和温度桩的效率和制冷量进行了分析计算。进行了土壤热稳定剂(SHS)和温度桩的台架试验,对试验数据进行了处理,对热稳定剂、套筒式热稳定剂和温度桩的效率和制冷量进行了评价。根据温度桩的计算和试验结果,提出了温度桩有效性和制冷量评价的结论和建议。在ANSYS软件包中开发并实现了不同模式下SHS制冷量的数值计算方法。提出了单桩和温度桩效率和制冷量的解析计算方法,并对各试验模式进行了解析计算。本文分析了温度桩有效性评价和制冷量计算方法,开发了算法,对热稳定器、套筒式热稳定器和温度桩的效率和制冷量进行了分析计算。进行了土壤热稳定剂(SHS)和温度桩的台架试验,对试验数据进行了处理,对热稳定剂、套筒式热稳定剂和温度桩的效率和制冷量进行了评价。根据温度桩的计算和试验结果,提出了温度桩有效性和制冷量评价的结论和建议。在ANSYS软件包中开发并实现了不同模式下SHS制冷量的数值计算方法。本文提出了计算SHS和温度桩效率和制冷量的分析方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Testing of temperature pile to obtain actual cooling performance
In this paper, we analyzed the methods of evaluating the effectiveness and calculating the cooling capacity of the temperature piles, developed an algorithm, and performed an analytical calculation of the efficiency and cooling capacity of the heat stabilizer, heat stabilizer in the sleeve, and temperature piles. Bench tests of soil heat stabilizer (SHS) and temperature pile were carried out, the experimental data were processed, the efficiency and cooling capacity of the heat stabilizer, heat stabilizer in the sleeve, and temperature pile were evaluated. According to the results of calculations and tests of the temperature pile, conclusions and recommendations for evaluating the effectiveness and refrigerating capacity of the temperature pile are formulated. A method for the numerical calculation of the cooling capacity of SHS in various modes was developed and implemented in the ANSYS software package. Analytical methods of calculating the efficiency and cooling capacity of the SHS and temperature pile are made, analytical calculations are performed for all test modes.In this paper, we analyzed the methods of evaluating the effectiveness and calculating the cooling capacity of the temperature piles, developed an algorithm, and performed an analytical calculation of the efficiency and cooling capacity of the heat stabilizer, heat stabilizer in the sleeve, and temperature piles. Bench tests of soil heat stabilizer (SHS) and temperature pile were carried out, the experimental data were processed, the efficiency and cooling capacity of the heat stabilizer, heat stabilizer in the sleeve, and temperature pile were evaluated. According to the results of calculations and tests of the temperature pile, conclusions and recommendations for evaluating the effectiveness and refrigerating capacity of the temperature pile are formulated. A method for the numerical calculation of the cooling capacity of SHS in various modes was developed and implemented in the ANSYS software package. Analytical methods of calculating the efficiency and cooling capacity of the SHS and temperature pile ...
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