Search Results - "Gliss, C."

Conceptual study of the remote maintenance of the DEMO breeding blanket by Bachmann, C., Gliss, C., Janeschitz, G., Steinbacher, T., Mozzillo, R.

“…•Description of layout of active maintenance facility.•Prediction of BB transporter deformation.•Overview of the various integration issues. The development of…”
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DEMO design activity in Europe: Progress and updates by Federici, G., Bachmann, C., Barucca, L., Biel, W., Boccaccini, L., Brown, R., Bustreo, C., Ciattaglia, S., Cismondi, F., Coleman, M., Corato, V., Day, C., Diegele, E., Fischer, U., Franke, T., Gliss, C., Ibarra, A., Kembleton, R., Loving, A., Maviglia, F., Meszaros, B., Pintsuk, G., Taylor, N., Tran, M.Q., Vorpahl, C., Wenninger, R., You, J.H.

“…This paper describes the progress of the DEMO Design Activities in Europe and particularly the work done to address critical design integration issues that…”
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Overview over DEMO design integration challenges and their impact on component design concepts by Bachmann, C., Ciattaglia, S., Cismondi, F., Eade, T., Federici, G., Fischer, U., Franke, T., Gliss, C., Hernandez, F., Keep, J., Loughlin, M., Maviglia, F., Moro, F., Morris, J., Pereslavtsev, P., Taylor, N., Vizvary, Z., Wenninger, R.

“…•Description of selected architecture of the DEMO tokamak.•Description of shielding concept.•Rationale of the segmentation of the in-vessel…”
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Preliminary configuration of the torus vacuum pumping system installed in the DEMO lower port by Giegerich, T., Day, C., Gliss, C., Luo, X., Strobel, H., Wilde, A., Jimenez, S.

“…In the European DEMO program, the design development of the demonstration power plant (DEMO) is currently in its pre-conceptual phase. This work includes also…”
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Containment structures and port configurations by Bachmann, C., Ciupinski, L., Gliss, C., Franke, T., Härtl, T., Marek, P., Maviglia, F., Mozzillo, R., Pielmeier, R., Schiller, T., Spaeh, P., Steinbacher, T., Stetka, M., Todd, T., Vorpahl, C.

“…This article describes the DEMO cryostat, the vacuum vessel, and the tokamak building as well as the system configurations to integrate the main in-vessel…”
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Integrated design of tokamak building concepts including ex-vessel maintenance by Gliss, C., Bachmann, C., Ciattaglia, S., Drumm, B., Gracia Camacho, M., Moscato, I., Mull, T., Palermo, I.

“…The EU-DEMO (referred to as DEMO) tokamak complex currently consists of three buildings, like in ITER: the tokamak building, the tritium building and the…”
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Key design integration issues addressed in the EU DEMO pre-concept design phase by Bachmann, C., Ciattaglia, S., Cismondi, F., Federici, G., Franke, T., Gliss, C., Härtl, T., Keech, G., Kembleton, R., Maviglia, F., Siccinio, M.

“…•Description of investigation into potential alternative plasma scenarios.•Description of wall protection strategy and integrated solutions.•Description of…”
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Mechanical support concept of the DEMO breeding blanket by Bachmann, C., Gliss, C., Härtl, T., Hernandez, F., Maione, I., Steinbacher, T., Vizvary, Z.

“…•Description of blanket integration concept.•Stress calculation of breeding blanket segments.•Prediction of Breeding blanket deformation.•Identification of…”
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Progress in EU Breeding Blanket design and integration by Cismondi, F., Boccaccini, L.V., Aiello, G., Aubert, J., Bachmann, C., Barrett, T., Barucca, L., Bubelis, E., Ciattaglia, S., Del Nevo, A., Diegele, E., Gasparotto, M., Di Gironimo, G., Di Maio, P.A., Hernandez, F., Federici, G., Fernández-Berceruelo, I., Franke, T., Froio, A., Gliss, C., Keep, J., Loving, A., Martelli, E., Maviglia, F., Moscato, I., Mozzillo, R., Poitevin, Y., Rapisarda, D., Savoldi, L., Tarallo, A., Utili, M., Vala, L., Veres, G., Zanino, R.

“…•Description of the strategy for the Breeding Blanket selection for the EU DEMO.•Description of the strategy for the Breeding Blanket operation in the EU…”
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Integration concept of an Electron Cyclotron System in DEMO by Franke, T., Aiello, G., Avramidis, K., Bachmann, C., Baiocchi, B., Baylard, C., Bruschi, A., Chauvin, D., Cufar, A., Chavan, R., Gliss, C., Fanale, F., Figini, L., Gantenbein, G., Garavaglia, S., Granucci, G., Jelonnek, J., López, G. Suárez, Moro, A., Moscheni, M., Rispoli, N., Siccinio, M., Spaeh, P., Strauss, D., Subba, F., Tigelis, I., Tran, M.Q., Tsironis, C., Wu, C., Zohm, H.

“…The pre-conceptual layout for an electron cyclotron system (ECS) in DEMO is described. The present DEMO ECS considers only equatorial ports for both plasma…”
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Integrated design of breeding blanket and ancillary systems related to the use of helium or water as a coolant and impact on the overall plant design by Spagnuolo, G.A., Arredondo, R., Boccaccini, L.V., Chiovaro, P., Ciattaglia, S., Cismondi, F., Coleman, M., Cristescu, I., D'Amico, S., Day, C., Del Nevo, A., Di Maio, P.A., D'Onorio, M., Federici, G., Franza, F., Froio, A., Gliss, C., Hernández, F.A., Li Puma, A., Moreno, C., Moscato, I., Pereslavtsev, P., Porfiri, M.T., Rapisarda, D., Rieth, M., Santucci, A., Schwenzer, J.C., Stieglitz, R., Tosti, S., Urgorri, F.R., Utili, M., Vallone, E.

“…Currently, for the EU DEMO, two Breeding Blankets (BBs) have been selected as potential candidates for the integration in the reactor. They are the Water…”
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Key EU DEMO plant and building layout criteria by Ciattaglia, S., Federici, G., Barucca, L., de Magistris, M., Gaio, E., Gliss, C., Koerber, M., Moscato, I., Porfiri, MT, Riedl, F., Tarallo, A.

“…•An overview of plant and tokamak building layout criteria of DEMO reactor are outlined.•A first preliminary layout of DEMO main systems is draft.•The main…”
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Integration of DEMO hazard piping into the tokamak building by Gliss, C., Bachmann, C., Ciattaglia, S., García, M., Federici, G., Koerber, M., Moscato, I., Riedl, F., Palermo, I., Utili, M.

“…•An overview of the main design issues of DEMO Tokamak building is given.•The functions of the Tokamak building and the layout criteria are defined.•The lesson…”
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Design and feasibility of breeding blanket vertical segment-based architecture by Chauvin, D., Berry, T., Chuilon, B., Budden, S., Colling, B., Crofts, O., Federici, G., Flynn, E., Gliss, C., Ha, S., Jackson, C., Keech, G., Keep, J., Kembleton, R., Leong, W., Loving, A., Maisonnier, D., Mathew, G., Organ, E., Shaw, C., Spagnuolo, A, Waldon, C., Wilde, A.

“…A design integration study (KDII4) was conducted in the DEMO Pre-Concept Design Phase with the primary goal to develop a pre-concept feasibility design and…”
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Issues of the vertical blanket segment architecture in DEMO: Current progress and resolution strategies by Keech, G., Bachmann, C., Vorpahl, C., Gliss, C., Franke, T., Cismondi, F., Ciattaglia, S., Maviglia, F., Kembleton, R., Loving, A., Keep, J.

“…Due to the limited irradiation lifetime of the structural material used for in-vessel components in DEMO, it will be necessary to replace all breeding blankets…”
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Conceptual studies for the management of thermal properties of ITER bolometer cameras by Nádasi, G., Gliss, C., Meister, H., Pataki, Á., Penzel, F.

“…As part of ITER's fusion diagnostic systems, miniaturised metal resistor type bolometer cameras are envisaged to provide the measurement of the total plasma…”
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Current status of the design of the ITER bolometer diagnostic by Meister, H., Gliss, C., Hermann, D., Kannamüller, M., Koll, J., Nadasi, G., Pataki, A., Penzel, F., Sehmer, T., Tatar, L., Veres, G., Vezinet, D., Reichle, R., Ingesson, L.C., Walach, U.

“…•550 bolometer LOS distributed in 71 cameras in ITER.•Derivation of design parameters for pinhole and collimator type cameras.•Optimisation procedure developed…”
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Preparation of interfaces in ITER for integrating the Test Blanket Systems by Giancarli, L., Bede, O., Beloglazov, S., Benchikhoune, M., Chang, K.P., Chuyanov, V., Dell’Orco, G., Friconneau, J.P., Gicquel, S., Gliss, C., Hansalia, C., Iseli, M., Kim, C.S., Kuehn, I., Levesy, B., Maluta, F.T., Merola, M., Pascal, R., Patisson, L., Rigoni, G., Snipes, J., Tesini, A., Yonekawa, I.

“…Up to six mock-ups of different tritium breeding blanket systems, referred to as Test Blanket Systems (TBS), will be tested in three equatorial ports of ITER…”
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Progress in the integration of Test Blanket Systems in ITER equatorial port cells and in the interfaces definition by Pascal, R., Beloglazov, S., Bonagiri, S., Commin, L., Cortes, P., Giancarli, L.M., Gliss, C., Iseli, M., Lanza, R., Levesy, B., Martins, J.-P., Nevière, J.-C., Patisson, L., Plutino, D., Shu, W., Swami, H.L.

“…► The design integration of two test blanket systems in ITER port cell is addressed. ► Definition of interfaces of TBSs with building and other ITER systems is…”
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ITER lower port systems integration by Levesy, B., Baker, D., Boussier, B., Bryan, S., Cordier, J.J., Dremel, M., Dell’Orco, G., Daly, E., Doshi, B., Jeannoutot, T., Friconneau, J.P., Gliss, C., Le Barbier, R., Lachevre, F., Loughlin, M., Martin, A., Martins, J.P., Maruyama, S., Palmer, J., Reichle, R., Utin, Y.

“…The lower port systems are installed inside the vacuum vessel lower ports and in the adjacent port cells. The vacuum vessel ports and penetrations are…”
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