Stirling Convertor Regenerators

Stirling Convertor Regenerators addresses the latest developments and future possibilities in the science and practical application of Stirling engine regenerators and technology. Written by experts in the vanguard of alternative energy, this invaluable resource presents integral scientific details and design concepts associated with Stirling converter regenerators. Content is reinforced with novel insights and remarkable firsthand experience that the authors and their colleagues acquired while working at the National Aeronautics and Space Administration (NASA) and other leading organizations.

Apply NASA Experience & Experimentation

Intrigued by its special potential to improve energy generation, NASA has been working on Stirling technology since 1980?first for automotive applications, and later for use in generating auxiliary power during space missions. Now, after three decades of development, the Department of Energy and NASA and its contractors have developed a high-efficiency Stirling radioisotope generator (SRG), and NASA plans to launch such a Stirling engine/alternator for use in deep space.

With contributions from top experts in their fields, this reference offers a rare insider?s perspective that can greatly benefit engineers, scientists, and even students who are currently working in R&D for Stirling machines, as well as other burgeoning areas of alternative power generation?particularly solar and wind technologies. This book is a significant resource for anyone working on application of porous materials in filters, catalytic convertors, thermal energy storage, electronic cooling, and more.

Introduction. Unsteady Flow and Heat Transfer Theory. Correlations for Steady/Unsteady Fluid Flow and Heat Transfer. Fundamentals of Operation and Types of Stirling Devices, with Descriptions of Some Sample Devices (Including Power and Cooling Levels). Types of Stirling Engine Regenerators. Random-Fiber Regenerators—Actual Scale. Random-Fiber Regenerator—Large Scale. Segmented-Involute-Foil Regenerator—Actual Scale. Segmented-Involute-Foil Regenerator—Large-Scale (Experiments, Analysis, and Computational Fluid Dynamics). Mesh Sheets and Other Regenerator Matrices. Applications Other Than Stirling Engines. Summary and Conclusions. Future Work. Appendices. Nomenclature.

Mounir Ibrahim is professor of mechanical engineering at Cleveland State University (CSU), Ohio. Ibrahim has been involved in research on fluid flow and heat transfer in different areas and applications, including heat transfer in gas turbines, gas turbine combustors, Stirling engines, and Stirling regenerator design using microfacbrication techniques, to name a few. He has more than 35 years of administrative, academic, research, and industrial experience. Ibrahim is a Fellow of the American Society of Mechanical Engineers (ASME) and Associate Fellow of the American Institute of Aeronautics and Astronautics (AIAA). He has been the chair of the ASME K-14 (Heat Transfer in Gas Turbines) Committee (July 2006 to June 2008). He also chaired the Mechanical Engineering Department at CSU from March 1998 to June 2002. He was a visiting scholar at Oxford University in 2008, and at the University of Minnesota, Minneapolis, in 2002. He has been awarded more than $5 million externally funded research and has supervised more than 60 masters and doctoral students. He has published more than 100 publications in prestigious journals and conference proceedings. Ibrahim has two patents: "High-Temperature, Non-Catalytic, Infrared Heater," U.S. Patent #6368102 and U.S. Patent #6612835.

Roy Tew was an analytical research engineer for more than 46 years at the National Aeronautics and Space Administration (NASA) Glenn Research Center. He worked on space-power projects, with particular emphasis on Stirling power-convertor analysis, until his retirement in January 2009. In these areas, he also acted as grant and contract monitor for efforts including research into Stirling thermodynamic loss understanding, Stirling regenerator research and development, and development of Stirling multidimensional modeling codes. While employed at NASA, Tew was an author or coauthor on 29 NASA reports and other published papers. He earned degrees in physics (B.S.