Sustainable management of hazardous waste and alternate energy generation needs to
occur concurrently. Therefore, the objective of the present study is to investigate the optimum …

A novel trigeneration system of cooling, heating and power based on biomass is designed in
current study. This system consists of five parts: biomass gasification subsystem, steam …

The Pareto equilibrium of enhanced heat transfer and flow resistance reduction for 3 types of
twisted petaloid helically coiled tubes (TPHCTs) was numerically studied. Firstly, the effects …

Ice slurry has been widely used in the field of building air conditioning because of its high
energy storage density. The helically coiled tube heat exchangers (HCTHXs) utilizing ice …

The optimization between heat transfer enhancement and flow resistance reduction of solar
salt in a noncircular twisted tube heat exchanger (NCTTHX) was studied. Firstly, the effects …

In this study, we numerically investigated the performance of a printed circuit heat exchanger
(PCHE) featuring National Advisory Committee for Aeronautics (NACA) 0020 airfoil overlap …

In scramjet engines, the optimal design of a regenerative cooling channel is critical for
cooling, reducing pressure loss on the walls of the combustion chamber and improving heat …

Electrohydrodynamic atomization coating technology is well-suited for micro-/nanoscale thin-
film additive manufacturing. However, there are still some challenges in quality control and …

Computational fluid dynamics and fuzzy logic (FL) modeling methods were used to estimate
heat transfer and fluid flow characteristics in conical spiral tubes. The effects of coil pitch p …

Studies have reported the incorporation of microorganisms into cement to promote the
formation of calcium carbonate in cracks of concrete, a process known as biomineralization …