Heat exchangers are thermal systems which are used extensively, have a major role in
energy conservation aspect and preventing global warming. This paper is based on reviews …

The improvement of energy efficiency and environmental performance of buildings is
considered a major priority worldwide. New building regulations have an explicit orientation …

Thermal modeling and optimal design of compact heat exchangers are presented in this
paper. ε–NTU method was applied to estimate the heat exchanger pressure drop and …

The theoretical analysis of evolutionary algorithms is believed to be very important for
understanding their internal search mechanism and thus to develop more efficient …

In this work, density-based topology optimization is applied to the design of the air-side
surface of dry-cooled power plant condensers. A topology optimization model assuming a …

This paper investigates the potential for shower water heat recovery from bathrooms
equipped with instantaneous water heaters in high-rise residential buildings of Hong Kong …

Recently developed physics-informed deep learning is regarded as a transformative
learning philosophy that has been applied in many scientific domains, but such applications …

The use of genetic and particle swarm algorithms in the design of techno-economically
optimum shell-and-tube heat exchangers is demonstrated. A cost function (including costs of …

In the present work the field synergy principle is applied to the optimization design of the
shell-and-tube heat exchanger with segmental baffles. The field synergy number which is …

In the present work, a thermal modeling is conducted for optimal design of compact heat
exchangers in order to minimize cost and entropy generation. In this regard, an ε− NTU …