Calculation Of Heat Transfer Coefficient Of Cuo (Copper Oxide) Produced As Nanofluid And Creation Of Predictive Model
Journal Title: International Journal of Engineering and Science Invention - Year 2018, Vol 7, Issue 10
Abstract
It is important to be able to use the energy in a more beneficial way by increasing the heat transfer in the in-pipe flows. Because, with the technological developments, there is an increasing energy demand in the industry sector. For this reason, researchers have been working on new generation heat transfer fluids in recent years. In this study, CuO (copper oxide) nanoparticle production was performed. SEM image analysis and ultraviolet - visible light (UV-Vis) analysis showing that the material produced has a nano material characteristic was performed. Heat transfer coefficients (h) were determined using pure water, ethanol and ethylene glycol materials together with CuO nanoparticles. It was observed that the number of Reynolds changes between 846 and 2292 in the experiments performed. A predictive model was obtained by using the decision tree regression for the calculated heat transfer coefficient of nanofluid. The mean absolute error (MAE), root mean squared error (RMSE), relative absolute error (RAE) and root relative absolute error (RRAE) analyzes were performed for the predictive model in decision tree regression.
Authors and Affiliations
Ahmet Beyzade Demirpolat, Aydın Çitlak, Mehmet Daş
Keywords
Related Articles
- EP ID EP415917
- DOI -
- Views 72
- Downloads 0
An Assisted Literature Review using Machine Learning Models to Identify and Build a Literature Corpus
With the evolving and interdisciplinary nature of research, there is a need to facilitate and assist researchers in the manual process of building a literature review. This paper proposes an assisted literature review pr...
Intelligent Armour
Nowadays almost all countries are making the use of helmets mandatory and cracking down strictly on drunken driving. But still in many places, the rules are being violated. In order to overcome this problem, a system nam...
The Application Of Modular Sensor In Environment Detection System And The Internet Of Things
The application of modular sensor in environment detection system and the Internet of Things developed in this thesis allowed user to select required modular sensor. For this research, a variety of sensors was developed,...
Effect of Heavy Metals on Lysosomal Enzyme Acid Phosphatase Activity of Bivalve L. marginalis…..
Enzymes are referred as biological, catalysts which obey certain general rules. The literature shows investigative lacunae with regard to effects of heavy metals on Acid phosphatase activity of aquatic animals especially...
Electronic Spectral Characterisation of Modified Doped Systems of Tm(III) Ion With Various Sulphonanilides in DMSO Medium
Tm(III) systems with six sulphonanilides ligands were prepared on modified doped model pattern in DMSO solvent and examined for metal-ligand interaction on the basis of different parameters such as intensity parameters(o...