… soil moisture volume on the thermal flows in the zone of underground channel-free thermal
pipelines, to determine … -scale hot-water tank and pit thermal energy storage systems Appl. …

… underground heating pipeline taken from the actual engineering. By comparing the soil moisture
… The source term is composed of two parts: a viscous loss term and an inertial loss term. …

… the channel cross-section heat loss. To mimic the … soil temperature gradient monitoring
through computation and measurements enabled the detection of minor leakages in a pipeline …

… in modelling the energy losses of heating networks and to … the energy losses of underground
heating network pipelines … a three-dimensional analysis of heat losses, in steady state …

… underground power cable is based on its thermal analysis, … Latent heat transport is not only
related to changes in humidity … study is that when soil becomes very dry and hot, the matric …

… was to determine the effect of the soil thermal conductivity … heat and power (CHP) while the
peak supply (S2) is a hot … , M is for soil moisture, C is for soil thermal conductivity and H is for …

… cases, the coupling between soil heat transfer and soil moisture transfer is not taken into … ,
a fully coupled analysis of the influence of soil moisture on building heat loss via the ground is …

… -state heat loss determination from buried heating pipes has been … distribution in the ground,
taking into account the actual burial … steam pipelines. ORN/¹M9928. Oak Ridge National …

… take into account the heat resistance at the ground surface. … before the measurements in a
guarded hot plate apparatus in … more precisely determine the moisture content and the thermal …

… can be heated with an underground piping system carrying … the determination of the heat
loss from a buried piping system… observed that soil moisture will migrate away from a hot pipe, …