Experimental Analysis on Annular Disc Heat Exchanger with Nano Fluids
Journal: International Journal of Scientific Engineering and Technology (IJSET) (Vol.6, No. 2)Publication Date: 2017-02-01
Authors : Hari Bahadur; L.S.V.Prasad;
Page : 75-79
Keywords : Copper oxide nanofluid; thermo physical properties; forced convection;
Abstract
In the present study a double pipe heat exchanger is fabricated with flow path modification in the annulus. The influence of nanoparticles on thermo-physical properties of the working fluid is evaluated using established correlations available in literature. The combined influence of copper oxide nanofluid on heat transfer is evaluated for two different volume concentrations of nanofluid. Two different volume concentrations of copper oxide nanofluid is prepared with water as the base fluid. The thermophysical properties are evaluated with established correlations available in literature. The fabricated test section is initially validated with water as the working fluid later experimentation is carried out using prepared two different volume concentrations of copper oxide nanofluid independently.
Other Latest Articles
- Moderating Effect of Government Policies on the Relationship between Mobile Technology Services and Performance of Deposit-Taking Saccos in Kenya
- Human Activity Recognition Using Wearable Sensors: Research Review
- Modification and Performance Evaluation of Modified Natural Circulating Solar Dryer
- Prediction of Fatigue Life of 8090 Al-Alloy Using Beta Model
- REVIEW ON N - QUEEN OPTIMIZATION USING TUNED HYBRID TECHNIQUE
Last modified: 2017-02-02 20:04:44