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Process and Plant Analysis
2.
E. Sciubba: The
non-nuclear reconversion of the Montalto BWR/6-Mark III plant: a technical
and economical assessment of the proposed options, JERT, 111, n.6,
1989.
3.
R. Melli, V. Naso, E. Sciubba: Modular repowering on powerplants with nominal ratings lower than 180
MW: a rational design approach and its application to the italian utility
system, JERT, 116, n. 9, 1994.
4.
M.F. Falcetta, E. Sciubba: A computational, modular approach to the simulation of powerplants,
Heat Recovery Systems & CHP, 15, n. 2, 1995.
5.
E. Sciubba: Numerical
process- and plant simulation methods, Chem. Eng. Techn., n.6, 1996.
6.
E. Sciubba: Toward
automatic process simulators: modular numerical procedures, JERT n.
7, 1998.
7.
M.F. Falcetta, E.Sciubba: Transient simulation of a real multi-stage flashing desalination process,
Desalination 122, 1999.
8.
M.F. Falcetta, E. Sciubba: Exergy-based analysis of the start-up transient of a combined cycle plant,
Entropie 221/222, 1999.
9.
P. Fiorini, E. Sciubba, C. Sommariva: A new formulation for the non-equilibrium allowance
in MSF processes, Desalination 136, 2001.
10.
C.A. Frangopoulos, M.R. von Spakovsky, E. Sciubba: A Brief Review of Methods for the Design and
Synthesis Optimization of Energy Systems, IJAT v. 6, n. 1, 2003.
11.
P.Fiorini, E.Sciubba: Thermoeconomic analysis of a MSF
desalination plant,
Desalination v. 182, n.1-3, 2005
12.
O. Dinale, E. Sciubba: L’incenerimento
in letto fluido dei rifiuti solidi urbani e dei rifiuti industriali,
Energia e Materie Prime 78, 1991.
13.
F. Grossi,
P. Mathieu, E. Sciubba: Impianto
turbogas E-MATIANT a CO2 ad emissione
zero: studio ed ottimizzazione del ciclo reale e progelto di massima delle
turbomacchine, La Termotecnica, 2002.
14.
E. Sciubba, W.J. Kelnhofer, H. Esmaili: Second-law analysis of a combined gas-turbine/steam-turbine
cycle powerplant, in “Second Law Analysis of Thermal Design”, ASME
HTD-Vol. 33, 1984.
15.
E. Sciubba, W.J. Kelnhofer, P.L. della Vida: On the optimization of cogenerating plants,
in “ Second Law Analysis of Thermal Design”, ASME HTD-Vol. 33, 1984.
16.
E. Sciubba, P.S. Guerrero: Second Law Analysis of a combined gas-steam Freon 12 cascading cycle powerplant,
in “ Second Law Analysis of Thermal Design”, ASME AES-1, 1985.
17.
E. Sciubba: Steam
plant for electricity generation from solid urban refuse with gas-turbine
blown PFBC, ASME Paper 86-GT-65, 1986.
18.
E. Sciubba, T.M. Su: Second Law Analysis of the Steam Turbine Power Cycle: a parametric study,
ASME AES-2/3, 1986.
19.
G. Cerri, E. Sciubba: Aero-derived reheat gas turbine with steam injection into the afterburner,
ASME Paper AES-3/3 #10, 1987.
20.
R. Melli, E. Sciubba: XX-SLAM: a general purpose Second Law Analysis Module, in “Second
Law Analysis of Thermal Systems”, ASME AES-3, 1987.
21.
R. Melli, E. Sciubba: Thermodynamic analysis of water-injected bed-to-air heat exchangers in
a FBC, Proc. TAIES ‘89, 1989.
22.
S. Ruottu, E. Sciubba, M. Zagaroli: Energy recovery from solid urban refude via
gassification and combustion in a combined GT-ST plant: a feasibility
study, ASME COGEN-TURBO, IGTI vol. 7, 1992.
23.
O. Dinale, E. Sciubba, A. Sorrenti: Energy- and exergy balances of recirculating
fluidized beds for the incineration of solid and liquid wastes, Proc.
TJPGC Conf., 1992.
24.
M. Rettaroli, E. Sciubba: MASAI: a code for the symbolic calculation of thermal plants, ASME
PD 64/3, Proc. ASME-ESDA Conf., London, 1994.
25.
E. Sciubba, L. Wu: Theoretical
and practical limits to the efficiency of repowered combined cycle powerplants,
First Intl. Conf. on Comb. Cycles, Calcutta, 1994.
26.
M.F. Falcetta, E. Sciubba: A modular simulation procedure for the unsteady operation of power plants,
Proc. ENSEC '95, Istanbul 1995.
27.
O. Dinale, E. Sciubba, L. Wu: A modular simulation procedure for fluidized bed systems, ASME AES-35,
1995.
28.
M.F. Falcetta, E. Sciubba: Simulation of energy-conversion processes under unsteady operating conditions,
ASME AES-35, 1995.
29.
M.F. Falcetta, E. Sciubba: Unsteady numerical simularion of combined-cycle plants, Proc. TAIES
Bejing 1997.
30.
C. Sommariva, E. Sciubba, N. Lior: Exergetic analysis of the optimal matching
between a powerplant and a bottoming desalination system, Proc. IDA
World Congr. on Desalination and water reuse, Madrid 1997.
31.
M.F. Falcetta, E. Sciubba: Exergy-based analysis of the start-up transient of a combined cycle plant,
Proc. ECOS’98, Nancy 1998 (also published as archival paper, see I-27).
32.
M.F. Falcetta, E. Sciubba, R. Capata: Computer-aided analysis and optimisation of
the MARS safe nuclear reactor, Proc. TIEES-98, Trabzon, Turkey 1998.
33.
C. Sommariva, D. Pinciroli, E. Sciubba, N. Lior: An innovative configuration for Multi-Stage
Flash desalination plants, Proc. IDA World Congr. on Desalination
and water reuse, S.Diego 1999.
34.
C. Delle Site, E. Sciubba: Biomass-to-Ethanol production: an EEA analysis, Proc. ECOS ‘01, Istanbul
2001.
35.
C.A. Frangopoulos, M.R.von Spakovsky, E. Sciubba: A Brief Review Of Methods Fov Design And Synthesis
Optimization of energy Systems, Proc. ECOSB2, Berlin, July 2002.
36.
A.Corrado, P. Fiorini, E. Sciubba:
Environmental assessment and extended exergy analysis
of a “zero CO2 emission”, high-efficiency steam power plant,
Proc. ECOS’04, Guanajuato, Mexico, Jul. 2004
37.
P.Fiorini, E.Sciubba: A novel modular simulation code
for Multi-Stage flashing desalination plants, Proc. ICAT 2005, Istanbul,
Jul. 2005
38.
P.Fiorini, E.Sciubba: Modular simulation and Thermoeconomic Analysis of a Multi-Effect Distillation
desalination plant, Proc. ECOS’05, Trondheim, Jul. 2005
39.
P.Fiorini, C. Mardarella, E.Sciubba: Economic
comparison of different RO configurations of desalination plants,
Proc. ICAT 2005, Istanbul, Jul. 2005
40.
S.Cennerilli, P.Fiorini, E.Sciubba: Application of the CAMEL process simulator
to the dynamic simulation of gas turbines, Proc.
ECOS’06, Crete, July 2006
41.
P.Fiorini, C.Mardarella, E.Sciubba: Economic comparison of small solar-powered
desalination plants, Proc. ECOS’06, Crete, July 2006
42.
V.Amati, C.Bruno, E.Sciubba, D.Simone: Exergy analysis of hypersonic propulsion systems:
performance comparison of two different scramjet configurations at cruise
conditions, Proc. ECOS’06, Crete, July 2006
43.
E. Sciubba,
R. Vivarelli: Un criterio di analisi
termodinamico-economico di impianti termotecnici, Proc. 40° Intl.
Symp. ATI, 1985.
44.
M. Mosciatti, E. Sciubba, M. Zagaroli: Impianto di produzione energia da rifiuti solidi urbani basato su di un
ciclo combinalo gas/vapore con un combustore a letto fluido pressurizzato,
Proc. 2nd Natl. ATI Conf. on Combined Cycles, 1988.
45.
R. Melli, V. Naso, E. Sciubba: Studio tecnico-economico di un intervento di repowering generalizzato
sulle centrali ENEL di taglia inferiore ai 180 MW, Proc 4th Natl.
ATI Conf. on Combined Cycles, 1990.
46.
O. Dinale, E. Sciubba, A. Sorrenti: Un modello per il calcolo di caldaie a letto fluidizzato, Proc. 5th
Natl. Conf. on Combined Cycles, 1991.
47.
M.F. Falcetta,
E. Sciubba: CAMEL: un codice interattivo
per la simulazione modulare degli impianti termici di potenza, Proc.
48th Natl. ATI Conf., Taormina,
1993.
48.
M.F. Falcetta, E. Sciubba: Un
prototipo di simulazione modulare per impianti termoelettrici in condizioni
fuori punto nominale, Proc. 7th Conf. on Complex Energy Systems, Bologna
1995.
49.
O. Dinale, E. Sciubba: SIMBED:
un codice di calcolo modulare per sistemi a letti fluidi multipli,
Proc. 7th Conf. on Complex Energy Systems, Bologna 1995.
50.
C. Delle Site, E. Sciubba: An application of the extended exergy accounting technique to an ethanol
distillation process, Proc. I Intl. Conf. On Solid Waste, Roma 1999.
51.
P. Fiorini, E. Sciubba: Analisi
Termo-economica di un impianto MSF per acque industriali, Proc. LXIII
ATI Conf., Napoli, Italy, 2001.
52.
S.Cennerilli, P.Fiorini, E.Sciubba: Application of the CAMEL process simulator
to the dynamic simulation of gas turbines, Energy,
in press, 2006