Profiles
Research Units
Publications
Sign Up
Faculty Login
X
Articles
Predicting surface tension for vegetable oil and biodiesel fuels
K. Anand
,
Thangaraja J
,
Anand K
,
Mehta P.S.
Published in Royal Society of Chemistry
2016
DOI:
10.1039/c6ra17948g
Volume: 6
Issue: 88
Pages: 84645 - 84657
Abstract
A unified methodology for predicting surface tension of oil and biodiesel is proposed. Effects of transesterification and compositional variations on surface tension of biodiesel are discussed and methods to address the variations are suggested.
Request full-text
Cite
Content may be subject to copyright.
Figures & Tables (42)
References (50)
Related Papers (3)
Journal Details
Authors (1)
Concepts (15)
Related Papers (3)
Articles
Sustainable Diesel Feedstock: a Comparison of Oleaginous Bacterial and Microalgal Model Systems
2019 | Springer New York LLC
Download
PDF
Postprint
Articles
Correlating Engine NOx Emission with Biodiesel Composition
2017 | Springer India
Articles
Second-law analysis of fuel-air mixing and combustion subprocesses in a heterogeneous charge engine
2012
About the journal
Journal
Data powered by Typeset
RSC Advances
Publisher
Data powered by Typeset
Royal Society of Chemistry
ISSN
20462069
Open Access
No
Authors (1)
Thangaraja J
Department of Automotive Engineering
School of Mechanical Engineering
Vellore Campus
Recent publications
Correlating Engine NOx Emission with Biodiesel Composition
Predicting surface tension for vegetable oil and biodiesel fuels
Material Compatibility of Fatty Acid Methyl Esters on Fuel Supply System of CI Engines
Development of on-board fuel metering and sensing system
Concepts (15)
Biodiesel
Diesel fuels
Fatty acids
Fuels
INFLATABLE STRUCTURES
Vegetable oils
BIO-DIESEL FUEL
Compositional variation
FATTY ACIDS AND METHYL ESTERS
FUEL SPRAYS
Mixing rules
SURFACE TENSION VALUES
Temperature range
Weighted averages
Surface tension
Get all the updates for this publication
Follow