Inhalt

• Simulation and analysis of a self-propelling heat removal system using supercritical CO2 at different ambient temperatures

  S. 14

  Hofer, Markus; Ren, Haikun; Hecker, Frieder; Buck, Michael; Brillert, Dieter; Starflinger, Jörg

• The Chemical kinetic mechanism for combustion in supercritical carbon dioxide

  S. 28

  Harman-Thomas, James M.; Pourkashanian, Mohamed; Hughes, Kevin

• Experimental investigations on the heat transfer characteristics of supercritical CO2 in heated horizontal pipes

  S. 38

  Theologou, Konstantinos; Mertz, Rainer; Laurien, Eckart; Starflinger, Jörg

• Modeling and study of a printed circuit heat exchanger for Brayton power cycles using supercritical CO2 mixtures as working fluid

  S. 48

  Valencia-Chapi, Robert; Fierros-Peraza, Olmo; Coco-Enríquez, Luis; Muñoz-Antón, Javier

• Advanced thermodynamic power cycles utilizing carbon dioxide based mixtures as working fluids for high temperature waste heat recovery

  S. 58

  Ayub, Abubakr; Di Marcoberardino, Gioele; Invernizzi, Costante M.; Iora, Paolo

• Mean-line analysis for supercritical CO2 centrifugal compressors by using enthalpy loss coefficients

  S. 68

  Ren, Haikun; Hacks, Alexander; Schuster, Sebastian; Brillert, Dieter

• Numerical investigation of a simple regenerative heat to power system with coupled or independent turbomachinery drives

  S. 78

  Marchionni, Matteo; Bianchi, Giuseppe; Usman, Muhammad; Pesyridis, Apostolos; Tassou, Savvas A.

• Thermal design of latent heat thermal energy storage facility with supercritical CO2

  S. 88

  Melichar, Tomáš; Dočkal, Karel; Frýbort, Otakar; Hájek, Petr; Filip, Radomír

• Microstructural evaluation of preselected steels for turbine after supercritical CO2 exposure

  S. 98

  Rozumová, Lucia; Melichar, Tomáš; Velebil, Ladislav

• Design considerations of sCO2 turbines developed within the CARBOSOLA project

  S. 106

  Glos, Stefan; Lippe, Patrik Rene; Schlehuber, Dominic; Kobler, Simon; Wechsung, Michael

• Techno-economic optimization method and its application to a sCO2 gas turbine bottoming cycle

  S. 113

  Gotelip, Thiago; Gampe, Uwe; Glos, Stefan

• An attempt for establishing pressure ratio performance maps for supercritical carbon dioxide compressors in power applications

  S. 124

  Abd El Hussein, Ihab; Schuster, Sebastian; Brillert, Dieter

• Experiences of supercritical CO2 applications in refrigeration and air conditioning systems

  S. 131

  Doerffel, Christian; Thomas, Christiane; Hesse, Ullrich

• Adiabatic compressed CO2 energy storage

  S. 137

  Manzoni, Matteo; Patti, Alberto; Maccarini, Simone; Traverso, Alberto

• Evaluation of deterioration in vertical sCO2 cooling heat transfer in 3 mm tube

  S. 146

  Wahl, Andreas; Mertz, Rainer; Laurien, Eckart; Starflinger, Jörg

• Preliminary aerodynamic design of a supercritical carbon dioxide compressor impeller for waste heat recovery applications

  S. 154

  Thada, Shantanu; Pradeep, A. M.; Sridharan, Arunkumar

• Binary interaction uncertainty in the optimisation of a transcritical cycle: consequences on cycle and turbine design

  S. 164

  Aqel, Omar; White, Martin; Sayma, Abdulnaser

• sCO2 power cycle design without heat source limitations: Solar thermal particle technology in the CARBOSOLA project

  S. 177

  Heller, Lukas; Glos, Stefan; Buck, Reiner

• Sofia – sCO2 facility for supercritical Brayton cycle research

  S. 185

  Frýbort, Otakar; Dočkal, Karel; Vlček, Petr; Hájek, Petr; Melichar, Tomáš; Kapic, Miroslav; Živný, Antonín; Pátý, Marek; Macálka, Aleš; Hanzal, Vilém; Hájek, Petr

• Environmental assessment of a 25 MWe fossil-fired supercritical CO2 cycle

  S. 194

  Maquart, Victor; Valentin, Benoît; Cagnac, Albannie

• Optimal design of supercritical CO2 (S-CO2) cycle systems for internal combustion engine (ICE) waste-heat recovery considering heat source fluctuations

  S. 205

  Song, Jian; Wang, Yaxiong; Wang, Jiangfeng; Markides, Christos N.

• Study of the influence of additives to CO2 on the performance parameters of a sCO2-cycle

  S. 212

  Rath, Sebastian; Mickoleit, Erik; Gampe, Uwe; Breitkopf, Cornelia; Jäger, Andreas

• Numerical analysis of a centrifugal compressor operating with supercritical CO2

  S. 230

  Karaefe, Renan Emre; Post, Pascal; Sembritzky, Marwick; Schramm, Andreas; Di Mare, Francesca; Kunick, Matthias; Gampe, Uwe

• Transient analysis of the super-critical carbon dioxide cycle coupled to pressurized water reactor for nuclear powered ships

  S. 241

  Baek, Jeong Yeol; Lee, Jae Jun; Lee, Jeong Ik

• Numerical dimensioning of a pre-cooler for sCO2 power cycles to utilize industrial waste heat

  S. 249

  Unger, Sebastian; Müller, Jonas; Bangalore Mohankumar, Malini; Rath, Sebastian; Hampel, Uwe

• Design and off-design analysis of a highly loaded centrifugal compressor for sCO2 applications operating in near-critical conditions

  S. 257

  Romei, Alessandro; Gaetani, Paolo; Persico, Giacomo

• Investigation of material degradation and coolant chemistry for sCO2 power cycles

  S. 267

  Berka, Jan; Hlinčík, Tomas; Purkarová, Eliška; Vagenknechtová, Alice; Rozumová, Lucia

• Conceptual design and qualification of highly effective heat exchangers for heat removal sCO2 Brayton cycle to increase the safety of nuclear power plants

  S. 274

  Tioual-Demange, Sarah; Voirin, Vivien; Hofer, Markus; Hecker, Frieder; Buck, Michael; Starflinger, Jörg

• Thermal efficiency gains enabled by using supercritical CO2 mixtures in Concentrated Solar Power applications

  S. 291

  Crespi, Francesco; Rodríguez-de Arriba, Pablo; Sánchez, David; Ayub, Abubakr; Di Marcoberardino, Gioele; Invernizzi, Costante Mario; Martínez, Gonzalo S.; Iora, Paolo; Di Bona, Daniele; Binotti, Marco; Manzolini, Giampaolo

• Characterizing and modelling turbulence in supercritical fluids

  S. 301

  Pecnik, Rene; Ren, Jie; Otero-Rodriguez, Gustavo J.

• Analysis of sCO2 Cycles for District Heating Applications

  S. 307

  Penkuhn, Mathias; Tsatsaronis, George

• 10MW-Class sCO2 Compressor Test Facility at University of Notre Dame

  S. 316

  Kang, Jeongseek; Vorobiev, Alex; Cameron, Joshua D.; Morris, Scott C.; Wackerly, Ryan; Sedlacko, Kyle; Miller, Jason D.; Held, Timothy J.

• Utilizing Industrial Waste Heat for Power Generation Using sCO2 Cycles

  S. 322

  Soliman, Hady R.; Þórsson, Björn J.; Trevisan, Silvia; Guédez, Rafael

• Closed-loop supercritical carbon dioxide wind tunnel: design and components

  S. 333

  Petruccelli, Giuseppe; Uusitalo, Antti; Grönman, Aki; Turunen-Saaresti, Teemu; Zocca, Marta

• Greening a cement plant using sCO2 power cycle

  S. 343

  Vesely, Ladislav; Thangavel, Prabu; Gopinathan, S.; Otakar, Frybort; Subbaraman, Ganesan; Kapat, Jayanta

• sCO2 power cycle development and STEP Demo pilot project

  S. 352

  Lariviere, Brian; Marion, John; Macadam, Scott; McDowell, Michael; Lesemann, Markus; McClung, Aaron; Mortzheim, Jason

• Exergoeconomic analysis of a hybrid sCO2 Brayton power cycle

  S. 363

  Alenezi, Abdurrahman; Vesely, Ladislav; Kapat, Jayanta

• Effect of the ambient temperature on the performance of small size sCO2 based pulverized coal power plants

  S. 379

  Alfani, Dario; Astolfi, Marco; Binotti, Marco; Silva, Paolo

• Estimated cost and performance of a novel sCO2 natural convection cycle for low-grade waste heat recovery

  S. 389

  Katcher, Kelsi M.; Marshall, Michael; Smith, Natalie R.; Replogle, Cole

• Operational analysis of a self-propelling heat removal system using supercritical CO2 with ATHLET

  S. 400

  Hofer, Markus; Buck, Michael; Starflinger, Jörg