01273nam0-22003851i-450-99000300006040332120160114091529.0000300006FED01000300006(Aleph)000300006FED0100030000620030910d1966----km-y0itay50------baitaIT260 aree economiche in Italiacontributo alla programmazionemetodi di individuazione e analisi statistichea cura di Guglielmo TagliacarneMilanoGiuffré editore1966vii, 204 p.ill.24 cmMonografie regionali per la programmazione economicaIn testa al frontespizio: Unione italiana delle camere di commercio, industria e agricolturaDuecentosessanta aree economiche in ItaliaEconomia regionaleItaliaItaliaTagliacarne,GuglielmoUnioncamere422533ITUNINARICAUNIMARCBK99000300006040332101 EC 541398DINSTF/1.411 UNI/661374/ISESTRONC 8DARPUDINSTSESDARPU260 aree economiche in Italia466043UNINA04120nam 2200805z- 450 991055768590332120210501(CKB)5400000000044673(oapen)https://directory.doabooks.org/handle/20.500.12854/68524(oapen)doab68524(EXLCZ)99540000000004467320202105d2021 |y 0engurmn|---annantxtrdacontentcrdamediacrrdacarrierSmall-Scale Energy Systems with Gas Turbines and Heat PumpsBasel, SwitzerlandMDPI - Multidisciplinary Digital Publishing Institute20211 online resource (134 p.)3-0365-0072-3 3-0365-0073-1 A heat pump system can produce an amount of heat energy that is greater than the amount of energy used to run the heat pump system. Thus, a heat pump system is considered to be a machine system that can use energies efficiently, as is the load leveling air-conditioning system utilizing unutilized energies at high levels. Adaptations of gas turbines for industrial, utility, and marine-propulsion applications have long been accepted as means for generating power with high efficiency and ease of maintenance. Cogeneration with gas turbine is frequently defined as the sequential production of useful thermal energy and shaft power from a single energy source. For applications that generate electricity, the power can either be used internally or supplied to the utility grid. This Special Issue intends to provide an overviews of the existing knowledge related with various aspects of "Small-Scale Energy Systems with Gas Turbines and Heat Pumps", and contributions on, but not limited to the following subjects were encouraged: wake of stator vane to improve sealing effectiveness; gas turbine cycle with external combustion chamber for prosumer and distributed energy systems; computational simulation of gas turbine engine operating with different blends of biodiesel; experimental methodology and facility for the engine performance and emissions evaluation using jet and biodiesel blends; experimental analysis of an air heat pump for heating service; hybrid fuel cell-Brayton cycle for combined heat and power; design analysis of micro gas turbines in closed cycles. Seven papers were published in the Special Issue out of a total of 12 submitted.History of engineering and technologybicsscaero-thermal modelaviationbio-dieselbiodieselbiofuelsbuilding dynamicsbuilding-heating system couplingcarbon sequestrationclosed cycle gas turbinecombined heat and powercomputational fluid dynamicscontrol strategydesign of compressorsdesign of turbinesdifferent working fluidsdynamic simulationemissionsenergy performanceexperimental performancesflame-assisted fuel cellsgas turbinegas turbine enginehardware-in-the-loopheat pumpsMatlab-Simulinkmicroturbineson-off cyclespartial loadsPT6A engineradial sealsealing effectivenesssolid oxide fuel cellstart-up transientsupercritical CO2sustainable power generationthermodynamic analysisturbojettwo-spool turboprop enginewave-shaped rim sealHistory of engineering and technologyOkamoto Satoruedt1323478Okamoto SatoruothBOOK9910557685903321Small-Scale Energy Systems with Gas Turbines and Heat Pumps3035602UNINA