The design of shallow geothermal systems needs an integration between engineering geology, thermodynamics and hydraulics. Perfect design, but don't integrating the different parts, can lead to unsatisfactory results in terms of global energy efficiency. This book wants to cover this gap, illustrating last advances in research done by the geothermal research group of Department of Civil, Environmental and Materials Engineering at University of Bologna, focused on the probabilistic characterization of underground as a tool for the integrated and correct design of shallow geothermal systems for air conditioning of buildings and other thermal purposes.
F. Tinti (2012). Integrated design of shallow geothermal systems. Last advances in design of shallow geothermal systems, by using probabilistic approach. SAARBRÜCKEN : Lambert Academic Publishing.
Integrated design of shallow geothermal systems. Last advances in design of shallow geothermal systems, by using probabilistic approach
TINTI, FRANCESCO
2012
Abstract
The design of shallow geothermal systems needs an integration between engineering geology, thermodynamics and hydraulics. Perfect design, but don't integrating the different parts, can lead to unsatisfactory results in terms of global energy efficiency. This book wants to cover this gap, illustrating last advances in research done by the geothermal research group of Department of Civil, Environmental and Materials Engineering at University of Bologna, focused on the probabilistic characterization of underground as a tool for the integrated and correct design of shallow geothermal systems for air conditioning of buildings and other thermal purposes.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.