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Weijia Wang

North China Electric Power University

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Publication

Featured researches published by Weijia Wang.

International Journal of Thermal Sciences | 2017

A novel natural draft dry cooling system with bilaterally arranged air-cooled heat exchanger

Yanqiang Kong; Weijia Wang; Lijun Yang; Xiaoze Du; Yongping Yang

International Journal of Heat and Mass Transfer | 2016

Anti-freezing water flow rates of various sectors for natural draft dry cooling system under wind conditions

Weijia Wang; Lijun Yang; Xiaoze Du; Yongping Yang

Applied Thermal Engineering | 2017

Circularly arranged air-cooled condensers to restrain adverse wind effects

Yanqiang Kong; Weijia Wang; Xianwei Huang; Lijun Yang; Xiaoze Du; Yongping Yang

Applied Thermal Engineering | 2017

Anti-freezing of air-cooled heat exchanger by switching off sectors

Weijia Wang; Yanqiang Kong; Xianwei Huang; Lijun Yang; Xiaoze Du; Yongping Yang

Applied Thermal Engineering | 2017

Direct dry cooling system through hybrid ventilation for improving cooling efficiency in power plants

Yanqiang Kong; Weijia Wang; Xianwei Huang; Lijun Yang; Xiaoze Du; Yongping Yang

Energies | 2017

Performance Recovery of Natural Draft Dry Cooling Systems by Combined Air Leading Strategies

Weijia Wang; Lei Chen; Xianwei Huang; Lijun Yang; Xiaoze Du

International Journal of Heat and Mass Transfer | 2018

Anti-freezing operation strategies of natural draft dry cooling system

Weijia Wang; Xianwei Huang; Lijun Yang; Xiaoze Du; Yongping Yang

International Journal of Heat and Mass Transfer | 2018

Annularly arranged air-cooled condenser to improve cooling efficiency of natural draft direct dry cooling system

Yanqiang Kong; Weijia Wang; Xianwei Huang; Lijun Yang; Xiaoze Du

Applied Thermal Engineering | 2018

Wind leading to improve cooling performance of natural draft air-cooled condenser

Yanqiang Kong; Weijia Wang; Xianwei Huang; Lijun Yang; Xiaoze Du; Yongping Yang

International Journal of Heat and Mass Transfer | 2018

Thermo-flow performances of natural draft direct dry cooling system at ambient winds

Yanqiang Kong; Weijia Wang; Lijun Yang; Xiaoze Du; Yongping Yang

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Collaboration

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Lijun Yang

North China Electric Power University

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Xiaoze Du

North China Electric Power University

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Yongping Yang

North China Electric Power University

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Xianwei Huang

North China Electric Power University

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Yanqiang Kong

North China Electric Power University

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Huimin Wei

North China Electric Power University

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Xiaoru Yang

North China Electric Power University

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