TAG 3.3 Rock, site and biosphere

ECOLAB – Laboratory-based studies for radioecological modelling of 14C, HU, FMI, UI, UEF, EnviroCase

 

 

FLOP – Flow pathways within faults and associated fracture systems in crystalline bedrock, UTU, GTK, JyU, Åbo Academi

 

 

MIRKA – Scale-effect in fractured rock mass, Aalto

Conference papers and Journal Articles:

Uotinen, Lauri; Torkan, Masoud; Baghbanan, Alireza; Caballero Hernández, Enrique; Rinne, Mikael. 2021. Photogrammetric prediction of rock fracture properties and validation with metric shear tests. MDPI AG. Geosciences, volume 11, issue 22, article number 293. ISSN 2076-3263 (online). https://doi.org/10.3390/geosciences11070293.

Torkan, Masoud; Janiszewski, Mateusz; Uotinen, Lauri; Baghbanan, Alireza; Rinne, Mikael. 2022. Photogrammetric Method to Determine Physical Aperture and Roughness of a Rock Fracture. MDPI AG. Sensors, volume 22, issue 11, article number 4165. ISSN 1424-8220 (online). https://doi.org/10.3390/s22114165

Torkan, M., Janiszewski, M., Uotinen, L., Baghbanan, A., Rinne, M. High-resolution photogrammetry to measure physical aperture of two separated rock fracture surfaces. Journal of Rock Mechanics and Geotechnical Engineering, November 2023,  13p. https://doi.org/10.1016/j.jrmge.2023.10.003

Torkan, Masoud. 2023. Measuring roughness and aperture of fractures using photogrammetry. Finnish rock mechanics day, 27.09.2023, Tieteiden talo, Helsinki, available online: https://isrm.fi/wp/2023/11/21/kalliomekaniikan-paiva-27-09-2023/

 

SMRSiMa – SMR Siting and Waste Management, VTT, GTK, LUT

Hietava, J., Aaltonen, I. 2024. D3.0. GTK Open File Research Report 21/2024. Deep borehole disposal scenario and spent nuclear fuel facility siting in the SMR framework in Finland. 46p.

Kojo, M., Litmanen, T., Kiviluoma, N., Kari, M. D4.1. Mitkä periaatteet ohjaavat mahdollisten pienydinvoimaloiden ydinjätehuoltoa? Suurten kaupunkien asukkaat kannattavat keskittämistä. 5p. https://urn.fi/URN:NBN:fi-fe2024050727239