SAFETYLIT WEEKLY UPDATE

We compile citations and summaries of about 400 new articles every week.
Email Signup | RSS Feed

HELP: Tutorials | FAQ
CONTACT US: Contact info

SafetyLit Journal Details

We are unable to provide photocopies of any the articles and reports abstracted in SafetyLit updates. Where possible, links have been provided to the publisher of the material and contact information for the corresponding author is listed. Please consider asking your library to subscribe to the journals from which these abstracts have been gathered.

To recommend a journal for this list please: Send SafetyLit an Email Message


Applicable analysis

Abbreviation: Appl. Anal.

Published by: Informa- Taylor and Francis Group

Publisher Location: New York, NY, USA

Journal Website:
http://www.tandfonline.com/toc/gapa20/current


Range of citations in the SafetyLit database: 2012; 91(10) -- 2012; 91(10)

Publication Date Range: 1971 --

Title began with volume (issue): 1(1)

Number of articles from this journal included in the SafetyLit database: 1
(Download all articles from this journal in CSV format.)

pISSN = 0003-6811 | eISSN = 1563-504X
LCCN = 78641492 | USNLM = 101091018 | CODEN = APANCC | OCLC = 01481717


Find a library that holds this journal: http://worldcat.org/issn/00036811

Journal Language(s): English


Aims and Scope (from publisher): Applicable Analysis is concerned primarily with analysis that has application to scientific and engineering problems. Papers should indicate clearly an application of the mathematics involved. On the other hand, papers that are primarily concerned with modeling rather than analysis are outside the scope of the journal

General areas of analysis that are welcomed contain the areas of differential equations, with emphasis on PDEs, and integral equations, nonlinear analysis, applied functional analysis, theoretical numerical analysis and approximation theory. Areas of application, for instance, include the use of homogenization theory for electromagnetic phenomena, acoustic vibrations and other problems with multiple space and time scales, inverse problems for medical imaging and geophysics, variational methods for moving boundary problems, convex analysis for theoretical mechanics and analytical methods for spatial bio-mathematical models.