The Open Transport Phenomena Journal
ISSN: 1877-7295 - Volume 4, 2012
Aims & Scope
The Open Transport Phenomena Journal
is an Open Access online journal, which publishes research
articles, reviews, letters and guest edited single topic issues
in all areas pertaining to the transfer processes of mass,
momentum, energy and species, encountered in mechanical, civil,
chemical, petroleum, process, energy, nuclear, aerospace,
biomechanical and environmental engineering.
The Open Transport Phenomena Journal, a peer-reviewed
journal, aims to provide the most complete and reliable source
of information on recent developments in transport phenomena
in the fields of mechanical, civil, chemical, petroleum, process,
energy, nuclear, aerospace, biomechanical and environmental
engineering. The emphasis will be on publishing quality articles
rapidly and freely available to researchers worldwide.
Indexed in:
Chemical Abstracts, MediaFinder®-Standard
Periodical Directory, Directory of Open Access Journals (DOAJ),
PubsHub, J-Gate, SCOPUS.
You may also be interested in:
SUBSCRIPTION BASED JOURNALS
Recent
Patents on Chemical Engineering
Recent
Patents on Engineering
Recent
Patents on Mechanical Engineering
BENTHAM OPEN JOURNALS
The
Open Fuel Cells Journal
The
Open Fuels & Energy Science Journal
The
Modeling and Computation for Flow and Transport
The
Open Renewable Energy Journal
The
Open Transportation Journal
The
Open Aerospace Engineering Journal
The
Open Chemical Engineering Journal
The
Open Civil Engineering Journal
The
Open Environmental Engineering Journal
The
Open Mechanical Engineering Journal
The
Open Mechanics Journal
The
Modeling and Computation for Flow and Transport
The
Open Nuclear & Particle Physics Journal
The
Open Petroleum Engineering Journal
The
Open Process Chemistry Journal
EBOOKS
Pathogenic
Escherichia coli in Latin America
Communities
Living with Hazards
Causal
Inference And Scientific Paradigms In Epidemiology
Structural
Failure Analysis and Prediction Methods for Aerospace Vehicles
and Structures
The
Theory and Method of Design and Optimization for Railway Intelligent
Transportation Systems (RITS)
|
