000			02355 a2200145 4500
005			20191218175130.0
008			191218b xxu||||| |||| 00| 0 eng d
040			_cIIT Kanpur
041			_aeng
245			_aThermopedia [Online Database] _bA-to-Z Guide to Thermodynamics, Heat & Mass Transfer, and Fluids Engineering
260			_bBegell house _cSubscription from November 2019 _aUSA
520			_aAbout THERMOPEDIA™ THERMOPEDIA™ is a comprehensive online reference source for professionals and students requiring information on the subject. THERMOPEDIA™ structure is based on Thermal Sciences taxonomy. Current content includes an updated version of the famous “INTERNATIONAL ENCYCLOPEDIA OF HEAT AND MASS TRANSFER” which was originally designed to be the “book one would like to have on one’s shelf”. THERMOPEDIA™ VISUAL NAVIGATION is a “tree-like” structure which provides an easy visual lead to full-text articles that interlink to other publishers’ content via CrossRef. Browse content using a hierarchical structure that is arranged with clear interlinking between all articles; click on a major subject area to view all related topics. The left bar has all subject areas and articles that are organized by scientific co-relation. You may also browse using the visual and interactive Navigation Map on the right. Inside each article, you will find “Related Links” (on the top right corner) which will display semantic location, scientific co-relation, references and other areas that may relate to the article. Details of industrial plants and equipment involving fluid mechanics and heat transfer are also presented. Access to this online reference is a “must” for those in the field! Coverage includes the following areas of engineering, chemistry, and physics: chemical civil industrial mechanical nuclear petroleum power All THERMOPEDIA™ articles are full-text and presented online in HTML with 3D Max features, animations, and films of experimental data. THERMOPEDIA™ articles are arranged by scientific and engineering areas and are interlinked to related topics. THERMOPEDIA™ links together with a number of key Begell House products, and is also linked with other publishers’ related content via DOI CrossRef.
856			_uhttp://thermopedia.com/
942			_cDB
999			_c560908 _d560908