Full-scale Engineered Barriers

FAA FA FBC FC FEBEX FFFF FGD FP FSU FT FTIR FUETAP Flame atomic absorption Fly ash Fluidized bed combustion Filter cake Full-scale engineered barriers experiment (in crystalline host rock) Flow-field flow fractionation Flue gas desulphurization Fission products Former Soviet Union Fourier transforms Fourier transformed infrared spectroscopy Formed under elevated temperature and pressure... [Pg.683]

FEBEX (Full-Scale Engineered Barrier Experiment)... [Pg.578]

Samper, J., Alonso, E., and Elorza, F.S., Full scale engineered barriers experiment for a high-level radioactive waste in crystalline host rock (FEBEX Project). Final Report. European Commission. Report n° EUR 19147 EN, 20(>3. [Pg.111]

ENRESA. 1998. FEBEX full-scale engineered barriers experiment in crystalline host rock-Bentonite origin, properties and fabrication of blocks. Publicacion Tecnica 05/98. ENRESA. Emilio Vargas, 7-28043, Madrid... [Pg.118]

As part of the DECOVALEX III project, several independent research teams have used various numerical models to analyze a full-scale engineered barrier experiment (FEBEX), currently conducted at the Grimsel Test Site in Switzerland. This paper presents the analysis conduced by the Berkeley Lab research team, using the fully coupled thermal-hydrological-mechanical (THM) numerical model ROCMAS. Specifically, the paper presents model predictions of coupled THM responses at FEBEX that are compared to field measurements. [Pg.143]

The work presented here is being performed in the framework of FEBEX (Full-scale Engineered Barriers Experiment in Crystalline Host Rock), which is a project for the study of the near field for a HLW repository in crystalline rock according to the Spanish concept the waste canisters are surrounded by a clay barrier constructed from... [Pg.305]

This paper will focus on the hydraulic properties of the swelling materials, especially on the bentonite that is used in the Full-scale Engineered Barrieres Experiment in Crystalline Rock (FEBEX). The influence of swelling will be shown in a simulated laboratory experiment and in the application on the FEBEX in situ experiment. [Pg.329]

Moodie, K., 1981. Experimental Assessment of Full-Scale Water Spray Barriers for Dispersing Dense Gases. Northwest Branch Papers, 5. London Institution of Chemical Engineers. [Pg.89]

THM SIMULATION OF THE FULL-SCALE IN-SITU ENGINEERED BARRIER SYSTEM EXPERIMENT IN GRIMSELTEST SITE IN SWITZERLAND... [Pg.119]

Abstract Coupled THM simulation of the FEBEX, which is the full-scale in-situ Engineered Barrier System Experiment performed in Grimsel Test Site in Switzerland, is one Task in the international cooperation project DECOVALEX III. In the Task, the simulation of the thermal, hydraulic and mechanical behaviour in the buffer during heating phase is required, e.g. the evolutions and the distributions of stress, relative humidity and temperature at the specified points in bentonite buffer material. [Pg.119]

The FEBEX is the full-scale in-situ Engineered Barrier System (EBS) Experiment performed in Grimsel Test Site (GTS) in Switzerland (enresa (2000)). The simulation of the coupled thermal, hydraulic and mechanical (THM) behaviour of FEBEX is the task of the DECOVALEX (DEvelopment of COupled models and their VALidation against Experiments) III. [Pg.119]

McKinley, 1., Kickmaier, W., del Olmo, C., Huertas F. 1996. The FEBEX project full-scale simulation of engineered barriers for a HLW repository. NAGRA Bulletin No. 27, NAGRA, Switzerland. [Pg.136]

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