On the heating potential of a single buried pipe using deterministic and intelligent techniques

G. Mihalakakou

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On the heating potential of a single buried pipe using deterministic and intelligent techniques

机译：使用确定性和智能技术的单个埋管的加热潜力

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The present paper deals with the heating potential of a single buried pipe using real climatic data. The use of buried pipes in buildings for heating and cooling purposes has gained increasing acceptance in recent years. The system's heating potential was calculated using an accurate, dynamic, deterministic, numerical model. Multiyear ambient air and soil climatic data for the city of Athens have been used as inputs to the deterministic model and the results were compared. Furthermore, a neural network approach was used for estimating the thermal performance of the system in heating for the city of Athens. Moreover, the influence of several climatic parameters used as inputs to the neural model such as the ambient air temperature, the ground temperature and the relative humidity is investigated and analysed.

机译：本文利用真实的气候数据处理单个埋管的加热潜力。近年来，在建筑物中将地埋管用于加热和冷却目的已得到越来越多的接受。使用精确，动态，确定性的数值模型来计算系统的加热潜力。雅典市的多年环境空气和土壤气候数据已被用作确定性模型的输入，并对结果进行了比较。此外，神经网络方法用于估计雅典市供热系统的热性能。此外，还研究并分析了几种气候参数作为神经模型输入的影响，例如环境空气温度，地面温度和相对湿度。

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来源
《Renewable energy》 |2003年第6期|p.917-927|共11页
作者
G. Mihalakakou;
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作者单位

University of Athens, Department of Physics, Division of Applied Physics, Laboratory of Meteorology, University Campus, Building PHYS-V, Athens, Greece 15784;

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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);
原文格式 PDF
正文语种 eng
中图分类能源与动力工程;
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1. Single, twin and triple buried heating pipes: on potential savings in heat losses and costs [J] . B. Bohm, H. Kristjansson International journal of energy research . 2005,第14期

机译：单，双和三埋地暖管：潜在节省热量损失和成本
2. Numerical techniques for design calculations of longitudinal bending in buried steel pipes subjected to lateral Earth movements [J] . Mohamed Almahakeri, Ian D. Moore, Amir Fam Royal Society Open Science . 2019,第7期

机译：土体横向运动对埋钢管纵向弯曲设计计算的数值技术。
3. Application of Time Domain Electromagnetic and Magnetic Gradiometer Techniques To Delineate Water Leakage Site Along Buried Iron Pipe at Sungai Klah, Perak, Malaysia [J] . Advanced Science Letters . 2017,第2期

机译：时域电磁和磁性梯度计技术在Sungai Klah，Perak，Malaysia沿着埋藏铁管描绘水泄漏部位的应用
4. POTENTIAL OF BURIED PIPES SYSTEMS AND DERIVED TECHNIQUES FOR PASSIVE COOLING OF BUILDINGS IN BRAZILIAN CLIMATES [C] . Pierre Hollmuller, Joyce Carlo, Martin Ordenes, Proceedings of the 10th International Building Performancs Simulation Association Conference and Exhibition . 2007

机译：巴西气候中建筑物被动冷却的潜管系统潜力和派生技术
5. Microwave detection of cracks in buried pipes using the complex frequency technique. [D] . Deek, Fadi G. 2010

机译：使用复频技术微波检测地下管道的裂缝。
6. Numerical techniques for design calculations of longitudinal bending in buried steel pipes subjected to lateral Earth movements [O] . Mohamed Almahakeri, Ian D. Moore, Amir Fam 2019

机译：土体横向运动对埋钢管纵向弯曲设计计算的数值技术。
7. Three-dimensional numerical model of heat losses from district heating network pre-insulated pipes buried in the ground [O] . J. Danielewicz, B. Śniechowska, M.A. Sayegh, 2016

机译：区域供热网络预绝缘管埋入地区热损失的三维数值模型
8. Improvement in TERRASCAN (Trade Name) Instrumentation and Techniques for Location of Buried Pipe. Final Report January 1985-December 1986 [R] . Miller, R. C. , Attili, M. A. , Marston, P. G. 1987

机译：TERRasCaN（商品名）仪器和埋地管道定位技术的改进。 1985年1月至1986年12月的最终报告

On the heating potential of a single buried pipe using deterministic and intelligent techniques

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