中文

王登甲

Personal Information
Name (Pinyin): wangdengjia
School/Department: Institute for interdisciplinary Innovation Research
Administrative Position: Executive Vice Dean
Education Level: Postgraduate (Doctoral)
Contact Information: wangdengjia@xauat.edu.cn
Degree: Doctoral degree
Professional Title: Professor
Status: Employed
Alma Mater: Xi'an University of Architecture and Technology

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Paper Publications

Current position: Home > Scientific Research > Paper Publications

zhangtianqi,wangdengjia,,尚施杰,莫哲龙.Thermal performance attenuation characteristics of solar collector field in solar district heating system:applied thermal engineering,2025,258
牟庆驹,王登甲,刘艳峰,樊建华,,李勇.Impact of groundwater seepage on the thermal performance of phermalenergy storage based on two-phase flow model of porous media:Energy and Buildings,2025,347(Part A)
曲磊,周勇,刘艳峰,樊建华,袁旺秋,王登甲.A new capacity design method for PV-ASHP system based on energy flowmechanism and energy supply-demand balance:Renewable Energy,2025,239
梁宇翔,李勇,周慧琳,张琦,刘艳峰,雷鹏,王登甲,敬登伟.A framework for the design of a direct coupled photovoltaic heatingsystem for remote areas:Renewable Energy,2025,244
宋璇,曲磊,邓兴镇,殷浩,王登甲.Study on calculation method and influencing factors of equivalentheat transfer coefficient of building integrated photovoltaic façade:Renewable Energy,2025,249
郭莹莹,樊建华,默哲龙,张睿超,王登甲.Thermal–Hydraulic Performance of Flat‐Plate Solar Collector Plant Using Different Heat‐Transfer Fluids:Energy Technology,2024
胡家乐,王莹莹,李勇,苏玲,索朗白姆,刘显峰,王登甲.Analysis of the non-uniform thermal environment of local floor and ceiling radiant heating: Numerical simulation and thermal comfort experiment:Building and Environment,2024
默哲龙,张睿超,余作相,王登甲.Optimization of solar heating systems for office buildings in solar enriched areas with Time-zoned heating strategy:Applied Thermal Engineering,2024,256
刘慧,刘艳峰,李勇,樊建华,高萌,魏旻,刘琳,王登甲.Thermal storage and loss characteristics of underground water pits of solar district heating systems in Xizang Plateau, China:Energy,2024,308
梁宇翔,Li Yong,liuyanfeng,张琦,索朗白姆,袁喜鹏,wangdengjia.Novel approach to remote rural heating: Direct coupled photovoltaicelectric heater underfloor heating system with phase change materials:Applied Thermal Engineering,2024,250

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