HEAT TRANSFER IN SPRAY QUENCHING

Article Sidebar

Published Apr 30, 2017
Download
pdf
Statistic
Vol. 3 No. 04 (2017): Journalnx

Main Article Content

MR. BANSODE RAHUL G.
(BE Mech. SBPCOE Indapur)
MR.BHONG RAHUL K
(BE Mech. SBPCOE Indapur)
MR. BANSUDE AJAY R.
(BE Mech. SBPCOE Indapur)
MR. MISAL ROHIT V
(BE Mech. SBPCOE Indapur)
PROF. DESHMUKH SONALI. A
(ME Heat Power SBPCOE Indapur)

Abstract

The focus of this experiment is to investigate the spray quenching characteristics and heat transfer rate of H-40 steel plate under a atmospheric conditions. Cooling of tool steel surfaces with flat nozzles was studied experimentally. The importance of coolant temperature on coefficient of heat transfer was investigated. Experiment test were performed with H-40 steel plate using two different method direct water deeping and air-water spray cooling(water and ethylene glycol). Experiments were conducted on an heated flat rotary steel plate of dimension 200 mm x 6 mm. The cooling rates were calculated from the time dependent temperature profiles were recorded during the experiment conducted.

Article Details

Creative Commons License

This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.

How to Cite
MR. BANSODE RAHUL G., MR.BHONG RAHUL K, MR. BANSUDE AJAY R., MR. MISAL ROHIT V, & PROF. DESHMUKH SONALI. A. (2017). HEAT TRANSFER IN SPRAY QUENCHING. JournalNX - A Multidisciplinary Peer Reviewed Journal, 3(04), 196–198. Retrieved from https://repo.journalnx.com/index.php/nx/article/view/2703