| 1523 - 1523 |
Efficiency, cost, optimization, stimulation and environmental aspects of energy systems
Svedberg G, Yan JY, Alvfors P, Eidensten L, Lior N |
| 1525 - 1533 |
Fundamentals of analyses of processes
Gyftopoulos EP |
| 1535 - 1542 |
Exergy-aided cost minimization
Tsatsaronis G, Moran MJ |
| 1543 - 1555 |
New approach to thermodynamics
Ishida M, Chuang CC |
| 1557 - 1566 |
The dissipation temperature: A tool for the analysis of malfunctions in thermomechanical systems
Royo J, Valero A, Zaleta A |
| 1567 - 1576 |
Exergetic optimisation of a heat exchanger
Cornelissen RL, Hirs GG |
| 1577 - 1584 |
Exergy analysis of petroleum separation processes in offshore platforms
deOliveira S, VanHombeeck M |
| 1585 - 1593 |
Energy, exergy and thermoeconomic analysis of the effects of fossil-fuel superheating in nuclear power plants
Lior N |
| 1595 - 1604 |
A comparison between the HAT cycle and other gas-turbine based cycles: Efficiency, specific power and water consumption
Gallo WLR |
| 1605 - 1612 |
Modeling HAT cycle and thermodynamic evaluation
Xiao YH, Cai RX, Lin RM |
| 1613 - 1624 |
Exergy analysis tools for ASPEN applied to evaporative cycle design
Bram S, DeRuyck J |
| 1625 - 1636 |
Operation optimization of an industrial cogeneration system by a genetic algorithm
Manolas DA, Frangopoulos CA, Gialamas TP, Tsahalis DT |
| 1637 - 1646 |
The new LM2500 Cheng cycle for power generation and cogeneration
Saad MA, Cheng DY |
| 1647 - 1653 |
SCGT/CC: An innovative cycle with advanced environmental and peakload shaving features
Facchini B, Fiaschi D, Manfrida G |
| 1655 - 1663 |
Energy studies of different cogeneration systems for black liquor gasification
Nasholm AS, Westermark M |
| 1665 - 1670 |
Integration of biomass gasification and evaporative gas turbine cycles
Steinwall PH |
| 1671 - 1679 |
Analysis of a reheat gas turbine cycle with chemical recuperation using ASPEN
Harvey S, Kane N |
| 1681 - 1691 |
Study of possible optimisation criteria for geothermal power plants
Desideri U, Bidini G |
| 1693 - 1699 |
High efficiency coal-fired power plant of the future
Lobachyov KV, Richter HJ |
| 1701 - 1707 |
A new trend in heat recovery from wastes by use of partially miscible working fluids
Niang M, Cachot T, LeGoff P |
| 1709 - 1723 |
Dynamic simulation and its applications to optimum operation support for advanced combined cycle plants
Akiyama T, Matsumoto H, Asakura K |
| 1725 - 1735 |
Optimal design of advanced power systems under uncertainty
Diwekar UM, Rubin ES, Frey HC |
| 1737 - 1749 |
A prototype expert system for the conceptual synthesis of thermal processes
Melli R, Sciubba E |
| 1751 - 1763 |
A method for taking into account environmental impacts in the economic evaluation of energy systems
Frangopoulos CA, Caralis YC |
| 1765 - 1775 |
On the sustainability of future energy systems
Ludwig B |
| 1777 - 1783 |
Diabatic column optimization compared to isoforce columns
Sauar E, Rivero R, Kjelstrup S, Lien KM |
| 1785 - 1795 |
Systematic assessment of combustion characteristics of biofuels and emulsions with water for use as diesel engine fuels
Crookes RJ, Kiannejad F, Nazha MAA |
