This research examines distribution networks in detail, both underground and overhead, as
well as the layout of distribution pipes. It takes into account both energy and economic …

Laminar flow phenomena may occur when pore water flows at low velocities across the
interfaces between soils of different properties, thus causing flow contact resistance. To …

The adoption of renewable energy, such as solar, to meet the energy demand in buildings
has become one of the keys to achieving the global target for net-zero emissions. As a …

District heating networks offer promising solutions for remote communities, providing
centralized heat supply, improved efficiency, and diverse energy sources, especially with …

The robust and accurate evaluation of the temperature distribution of the solar collector
system during the cooling process is instrumental for a reasonable and effective system anti …

Modeling and optimizing the heating system simultaneously considering the power and
working flow constraints, to find a suitable operation strategy is important for reducing …

With the development of urbanization, the scale of the district heating system (DHS) has
increased significantly, and the meshed DHS with multiple heat sources has become a …

Precise micropatterning on three-dimensional (3D) surfaces is desired for a variety of
applications, from microelectronics to metamaterials, which can be realized by transfer …

Integrating performant waste-to-energy solutions in composting facilities is essential to
mitigate the pressure of increasing amounts of residual municipal solid waste. Hence, this …

Fifth generation district heating and cooling systems are becoming increasingly popular due
to their ability for working with low temperature of the heat transfer fluids. Among the other …