Robust/Optimal Temperature Profile Control Using Neural Networks

International Journal of Heat and Mass Transfer, 1992

INTRODUCTION THIS REVIEW surveys and characterizes papers comprising various fields of heat transfer that were published in the literature during 1991. It is intended to encompass the English language literature, including English translations of foreign language papers, and also includes many foreign language papers for which English abstracts are available. The literature search was inclusive, however, the great number of publications made selections in some of the review sections necessary. Several conferences during 1991 were devoted to heat transfer or included heat transfer topics in their sessions. They will be briefly discussed in chronological order in this section. The 1991 International Seminar on Heat and Mass Transfer in Porous Media was sponsored by the International Center for Heat and Mass Transfer on 20-24 May at Dubrovnik, Yugoslavia. The majority of the papers are available at the Center in a bound volume. The ASME Turbo Expo-Land, Sea, and Air sponsored by the International Gas Turbine Institute and held on 3-6 June at Orlando, Florida included in its program session on ceramic technology, fii cooling, coatings and composites. Printed papers are available through the ASMB order department. The ACHEMA 91, International Meeting on Chemical Engineering and Biotechnology, connecting with a large exhibition, was held at Fra&mt/Main, Germany on !+-15 June. The Second World Conference on Experimental Heat Transfer, Fluid Mechanics and Thermodynamics was organized by its assembly on 23-28 June at Dubrovnik, Yugoslavia in 10 keynote lectures, 7 panel discussions, 25 invited lectures, 209 contributed papers and open forum sessions. Papers are available at Else&r Science Publishing Co. Raymond Viscanta was awarded the first Nusselt-Reynolds Prim. The 26th Thermophysics Conference was organized by the American Institute of Aeronautics and Astronautics on 24-27 June in Honolulu, Hawaii with sessions on spacecraft coatings, solidification and convection, thermal analysis, heat pipes, and hypersonic non equilibrium flow. Conference pmceedings are available and selected papers are published in AIAA journals. 7'7~ 7th International Conference on Numerical Me&oak in Luminar and Turbulent Flow was sponsored by Lockheed Missile and Space Co.

Fundamental Principles of Heat Transfer, 1977

This book is intended to provide a comprehensive treatment of the fundamental aspects of conduction, convection and radiation at an introductory level.

International Journal of Heat and Mass Transfer, 2010

2010

and-conditions-of-access.pdf This article may be used for research, teaching and private study purposes. Any substantial or systematic reproduction, redistribution , reselling , loan or sub-licensing, systematic supply or distribution in any form to anyone is expressly forbidden. The publisher does not give any warranty express or implied or make any representation that the contents will be complete or accurate or up to date. The accuracy of any instructions, formulae and drug doses should be independently verified with primary sources. The publisher shall not be liable for any loss, actions, claims, proceedings, demand or costs or damages whatsoever or howsoever caused arising directly or indirectly in connection with or arising out of the use of this material.

During my long experience in teaching several engineering subjects I noticed that many students find it difficult to learn from classical textbooks which are written as theoretical literature. They tend to read them as one might read a novel and fail to appreciate what is being set out in each section. The result is that the student ends his reading with a glorious feeling of knowing it all and with, in fact, no understanding of the subject whatsoever. To avoid this undesirable end a modern presentation has been adopted for this book. The subject has been presented in the form of solution of comprehensive examples in a step by step form. The example itself should contain three major parts, the first part is concerned with the definition of terms, the second part deals with a systematic derivation of equations to terminate the problem to its final stage, the third part is pertinent to the ability and skill in solving problems in a logical manner. This book aims to give students of engineering a thorough grounding in the subject of heat transfer. The book is comprehensive in its coverage without sacrificing the necessary theoretical details. The book is designed as a complete course test in heat transfer for degree courses in mechanical and production engineering and combined studies courses in which heat transfer and related topics are an important part of the curriculum. Students on technician diploma and certificate courses in engineering will also find the book suitable although the content is deeper than they might require. The entire book has been thoroughly revised and a large number of solved examples and additional unsolved problems have been added. This book contains comprehensive treatment of the subject matter in simple and direct language. The book comprises eight chapters. All chapters are saturated with much needed text supported and by simple and self-explanatory examples.

This second part of Fundamental Principles of Heat Transfer deals primarily with the applications of convection and radiation. Emphasis is again placed on careful and complete theoretical developments.

2012

Optimization of the Thermal Efficiency of a Two-Phase Closed Thermosyphon using Active Learning on the Human Algorithm Interaction Mehdi Shanbedi a , Saeed Zeinali Heris a , Ahmad Amiri b , Sadegh Adyani a , Mohsen Alizadeh a & Majid Baniadam a a Department of Chemical Engineering, Faculty of Engineering , Ferdowsi University of Mashhad , Mashhad , Iran b Department of Engineering, Marvdasht Branch , Islamic Azad University , Marvdasht , Iran Published online: 25 Jun 2014.

Journal of Enhanced Heat Transfer, 2018

It focuses on computational heat transfer and covers a wide range of topics of both fundamental and applied interest. The main objective of the present symposium was to provide a forum for the presentation and exchange of new ideas and trends, methods, and results emerging from the use of computational techniques for solving a wide range of problems in different heat transfer areas. Researchers from academia and industry came together, along with students and CHT practitioners, to discuss new and emerging areas, as well as traditional fields. Besides the contributed papers, a large number of keynote and invited lectures were presented to focus on the current state of the art and future needs. During the symposium, there were 5 plenary talks, 16 keynote lectures, 157 oral presentations, and 32 posters. The presentations were in 34 regular sessions with one panel on radiation. The number of participants was over 230 and about 30 countries around the world were represented. Moreover, the conference included a Memorial to Professor D.B. Spalding, who had passed away earlier in the year, with one technical talk and 3 sessions with 10 presentations. The authors of the contributed papers were encouraged to submit their updated and completed papers for publication in a Special Issue of Journal of Enhanced Heat Transfer. Several papers presented at the symposium were abstracts or extended abstracts. These were expanded to include additional details and results to obtain a full paper and the other papers were updated, modified, and expanded. The submitted papers were reviewed, following the journal procedures, and accepted on the basis of the peer reviews. The papers in this Special Issue represent a small subset of the wide diversity of papers included in the symposium. Still, a fairly wide range of topics is seen in the papers included here. They range from natural convection, phase change, radiation, and combustion to channel flow and various applications. We would like to acknowledge the strong support provided by Professor Faruk Arinc, Secretary General of ICHMT, and other members of the staff at the Centre. We are grateful to the local Organizing Committee at Università degli Studi della Campania "Luigi Vanvitelli" and Università degli Studi di Napoli Federico II, the Scientific Organizing Committee, and the International Scientific Committee for their advice, help, and support. Financial support from Begell House Inc., and Comsol, participant travel support from NSF, and support from the local Italian universities are gratefully acknowledged.

Multiphase Science and Technology, 2018

It focuses on computational heat transfer and covers a wide range of topics of both fundamental and applied interest. The main objective of the present symposium was to provide a forum for the presentation and exchange of new ideas and trends, methods, and results emerging from the use of computational techniques for solving a wide range of problems in different heat transfer areas. Researchers from academia and industry came together, along with students and CHT practitioners, to discuss new and emerging areas, as well as traditional fields. Besides the contributed papers, a large number of keynote and invited lectures were presented to focus on the current state of the art and future needs. During the symposium, there were 5 plenary talks, 16 keynote lectures, 157 oral presentations, and 32 posters. The presentations were in 34 regular sessions with one panel on radiation. The number of participants was over 230 and about 30 countries around the world were represented. Moreover, the conference included a Memorial to Professor D. B. Spalding, who had passed away earlier in the year, with one technical talk and 3 sessions with 10 presentations. The authors of the contributed papers were encouraged to submit their updated and completed papers for publication in a Special Issue of Multiphase Science and Technology. Several papers presented at the symposium were abstracts or extended abstracts. These were expanded to include additional details and results to obtain a full paper and the other papers were updated, modified, and expanded. The submitted papers were reviewed, following the journal procedures, and accepted on the basis of the peer reviews. The papers in this Special Issue represent a small subset of the wide diversity of papers included in the symposium. Still, a fairly wide range of topics is seen in the papers included here. They range from natural convection, phase change, radiation, and combustion to channel flow and various applications. We would like to acknowledge the strong support provided by Professor Faruk Arinc, Secretary General of ICHMT, and other members of the staff at the Centre. We are grateful to the local Organizing Committee at