Search results
5 wrz 2015 · Generally, the main properties of thermal fluids include density, specific heat capacity, thermal conductivity, viscosity and surface tension. However, in ferrofluids the thermo-physical properties variation under the influence of a magnetic field need to be understood.
effect on overall soil thermal conductivity because it has the highest thermal conductivity (around 8 W.m-1.K-1). Another factor with high impact on soil thermal conduc-tivity is water content, because of its higher thermal con-ductivity (around 5.7 W.m-1.K-1) comparing to solid par-ticles and air.
1 lis 2021 · We will also highlight the emerging potential applications of ferrofluids in thermal engineering, which are based on the enhancement of ferrofluid thermal conductivity on one hand, and convective and boiling heat transfer coefficients on the other.
1 gru 2023 · Measurements on thermal conductivity were performed by varying parameter such as volume proportion along with temperature for evaluating thermal performance of magnetic fluid. The findings showed that thermal conductivity of ferrofluid turned out to be higher in comparison to carrier fluid.
26 sie 2018 · The thermal conductivity of a nanofluid is defined by the material and morphology of particles, the degree and type of their aggregation as well the type of the carrier liquid and the temperature.
Abstract: The thermal conductivity of a number of ferrofluids consisting of colloidally dispersed Fe304 particles in diester, hydrocarbon, water and fluorcarbon carriers have been measured at 38 ~ The variation in thermal conductivity with particle concentration
24 sty 2018 · A structural model to predict in-field thermal conductivity of ferrofluids is proposed in this study and is validated by the experimental data from the literature. The model is able to capture the aggregation development of the magnetic particles with increasing magnetic field strength.
