Notice Board :

Call for Paper
Vol. 9 Issue 1

Submission Start Date:
January 1, 2023

Acceptence Notification Start:
January 20, 2023

Submission End:
January 26, 2023

Final ManuScript Due:
January 28, 2023

Publication Date:
January 31, 2023
                         Notice Board: Call for PaperVol. 9 Issue 1      Submission Start Date: January 1, 2023      Acceptence Notification Start: January 20, 2023      Submission End: January 26, 2023      Final ManuScript Due: January 28, 2023      Publication Date: January 31, 2023



Volume VIII Issue IV

Author Name
Ankit Bendre, Prof. Sujeet Kumar Singh
Year Of Publication
2022
Volume and Issue
Volume 8 Issue 4
Abstract
The primary interest is to determine how the extended surface (i.e., the fin) will enhance the air-side heat transfer performance of this kind of heat exchanger. It is very important to consider the heat transfer rate (heating or cooling), which is normally limited by the thermal resistance This thesis concerned with computer simulation study of tube with different fins used to enhance their heat transfer performance subjected to natural convection heat transfer.
PaperID
IJETAS/April/2022/02

Author Name
Nasir Alam, Brijendra Kumar Yadav
Year Of Publication
2022
Volume and Issue
Volume 8 Issue 4
Abstract
Using corrugated channels is one of the passive heat transfer enhancement techniques in fabrication of heat exchange devices. Designing more effective energy systems is a challenge for researchers and engineers to minimize the consumption of energy in order to improve energy system efficiency
PaperID
IJETAS/April/2022/14

Author Name
Abhishek Raj, Prof. Sujeet Kumar Singh
Year Of Publication
2022
Volume and Issue
Volume 8 Issue 4
Abstract
Heat transfer devices have been used for conversion and recovery of heat in many industrial and domesticapplications. Over five decades, there has been concerted effort to develop design of heat exchanger thatcan result in reduction in energy requirement as well as material and other cost saving.
PaperID
IJETAS/April/2022/16