Recent Advances in Shallow Ground Thermal Energy - Ouzzane, Mohamed
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This book provides state of-the-art advances in the area of shallow thermal energy knowledge developments where the thermal interaction of the ground with a structure of any type (building, greenhouse, etc¿) is detailed. It is a valuable source of up to date information for scientists and engineers working in the design and implementation of renewable ground source energy based solutions, in response to a continuously increasing demand. The book content is presented in four chapters, each featuring an important aspect so as to give a balanced picture of the current status and endeavours being…mehr

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Produktbeschreibung
This book provides state of-the-art advances in the area of shallow thermal energy knowledge developments where the thermal interaction of the ground with a structure of any type (building, greenhouse, etc¿) is detailed. It is a valuable source of up to date information for scientists and engineers working in the design and implementation of renewable ground source energy based solutions, in response to a continuously increasing demand. The book content is presented in four chapters, each featuring an important aspect so as to give a balanced picture of the current status and endeavours being consented in the area. In this respect Chapter 1 presents a general background of the subject, introducing ground energy types, current challenges and potential applications. Elements of ground physics are introduced in Chapter 2 with the discussion of some common techniques used to determine the ground characteristics. Chapter 3 discusses ground modeling, identifies areas for improvements and introduces some new prediction features. Finally, Chapter 4 reports the results and analysis, based on models and correlations developed in Chapter 3.
Autorenporträt
Authors are research scientists at Natural Resources Canada. They developed an extensive experience in heat transfer, refrigeration and heat pumps. They authored numerous scientific papers and reports. Their primary research interests include conventional refrigeration, air source, ground source and other hybrid mechanical-thermal heat pumps.