The gamut of geothermal energy research encompasses the studies aimed at harnessing
the abundant and inexhaustible thermal energy within the Earth, and it ranges from heat …

The thermally activated system utilizes heat exchange pipes embedded in buildings and
underground structures to efficiently and stably regulate thermal and humidity environment …

The temperature field is a crucial factor in the design and research of cold region tunnels.
However, current research has focused on the effects of insulation, ventilation and heating …

With the increasing focus on the carbon neutrality, the low-carbon building (LCB) has been
adopted as a strategic objective, with more and more information technologies (ITs) applied …

Following the Paris Agreement in 2015, the worldwide focus on global warming
countermeasures has intensified. The Japanese government has declared its aim at …

With the excavation of deep tunnels, the problem of high geothermal heat is becoming more
and more prominent. However, high geothermal heat can be utilized as a renewable energy …

In the construction of a geothermally active tunnel, ventilation cooling is a key strategy for
controlling environmental temperatures, substantially affecting the mechanical properties of …

Tunnel lining geothermal heat exchangers (GHEs) offer numerous advantages, including
small area, cost-effectiveness and high heat exchange efficiency. It is a good equipment to …

Human interference with the Earth's climate cannot be ignored any longer. Renewable
energy sources need utmost attention in all energy sectors. For buildings, geothermal …

负温环境是隧道冻害发生的必要条件, 因此隧道内气温, 衬砌和围岩体温度的空间分布与时间
变化过程是寒区隧道冻害机理和防治研究的关键. 目前, 已有研究多采用月平均值来描述隧道内 …