Description: Solutions of Problems in The Exergy Method of Thermal Plant Analysis by Tadeusz J. Kotas A companion book to the textbook The Exergy Method of Thermal Plant Analysis. This Companion Book presents model solutions to the questions taken from Appendix G of the main textbook. Since the Exergy Method is a relatively new area of Applied Thermodynamics it was thought that the presentation of model solutions of problems of various types would be of some help both to teachers and to self-teaching students. The advantages of the use of exergy analysis were demonstrated by pointing out and quantifying thermodynamic losses of various plant components and plant configurations. These were discussed at the end of the solutions under Comments. It is hoped that this will give students a deeper understanding of the nature of irreversibilities of various kinds and their effect on plant performance. Dr Tadeusz J. Kotas joined the Department of Mechanical Engineering of Queen Mary College as a member of teaching staff in 1957. His main areas of interest were Mechanics of Fluids and Applied Thermodynamics, obtaining a PhD degree for his work in the former subject. His work in the latter subject focused on the Exergy Method, contributing to its development through his research and publications and to its dissemination through courses which he ran in Britain and in a number of European countries for practicing engineers and academics. FORMAT Paperback LANGUAGE English CONDITION Brand New Publisher Description A companion book to the textbook The Exergy Method of Thermal Plant Analysis. This Companion Book presents model solutions to the questions taken from Appendix G of the main textbook. Since the Exergy Method is a relatively new area of Applied Thermodynamics it was thought that the presentation of model solutions of problems of various types would be of some help both to teachers and to self-teaching students. The advantages of the use of exergy analysis were demonstrated by pointing out and quantifying thermodynamic losses of various plant components and plant configurations. These were discussed at the end of the solutions under Comments. It is hoped that this will give students a deeper understanding of the nature of irreversibilities of various kinds and their effect on plant performance. Dr Tadeusz J. Kotas joined the Department of Mechanical Engineering of Queen Mary College as a member of teaching staff in 1957. His main areas of interest were Mechanics of Fluids and Applied Thermodynamics, obtaining a PhD degree for his work in the former subject.His work in the latter subject focused on the Exergy Method, contributing to its development through his research and publications and to its dissemination through courses which he ran in Britain and in a number of European countries for practicing engineers and academics. Details ISBN1782220003 Author Tadeusz J. Kotas Pages 166 Publisher Paragon Publishing Language English ISBN-10 1782220003 ISBN-13 9781782220008 Media Book Short Title SOLUTIONS OF PROBLEMS IN THE E Year 2012 Publication Date 2012-07-06 Imprint Paragon Publishing Place of Publication Northampton Country of Publication United Kingdom Illustrations black & white illustrations DEWEY 621.4021 Format Paperback UK Release Date 2012-07-06 AU Release Date 2012-07-06 NZ Release Date 2012-07-06 Audience General We've got this At The Nile, if you're looking for it, we've got it. With fast shipping, low prices, friendly service and well over a million items - you're bound to find what you want, at a price you'll love! TheNile_Item_ID:44476506;
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ISBN-13: 9781782220008
Book Title: Solutions of Problems in The Exergy Method of Thermal Plant Analy
Number of Pages: 166 Pages
Language: English
Publication Name: Solutions of Problems in the Exergy Method of Thermal Plant Analysis
Publisher: Paragon Publishing
Publication Year: 2012
Subject: Chemistry, Science & Mathematics: Textbooks & Study Guides, Physics
Item Height: 244 mm
Item Weight: 276 g
Type: Textbook
Author: Tadeusz J Kotas
Subject Area: Chemical Engineering
Item Width: 170 mm
Format: Paperback