Browsing Norwegian Geotechnical Institute (NGI) Digital Archive by Author "Ånes, Eivind Wiik"

An ArcGIS toolbox for the probabilistic performance-based assessment of surface building damage in large-scale urban excavations

Zhao, J.; Lysdahl, Asgeir Olaf Kydland; Ånes, Eivind Wiik; Piciullo, Luca; Ritter, Stefan; DeJong, M.J. (Chapter, 2024)

ArcGIS-verktøy for å vurdere innlekkasjekrav og konsekvenser av tunnel i urbane områder

Langford, Jenny; Ritter, Stefan; Ånes, Eivind Wiik; Piciullo, Luca (Lecture, 2023)

Assessing potential building damage caused by leakage to urban tunnels

Langford, Jenny; Ritter, Stefan; Lysdahl, Asgeir Olaf Kydland; Ånes, Eivind Wiik; Piciullo, Luca (Peer reviewed; Journal article, 2023)

Building damage is a major risk for urban tunnelling. In areas with soft soil conditions, water ingress to bedrock tunnels can cause significant pore pressure reduction, consolidation settle-ments and damage to nearby ...

GIBV Risikoverktøy – Brukermanual og dokumentasjon

Ånes, Eivind Wiik; Lysdahl, Asgeir Kydland; Piciullo, Luca; Ritter, Stefan (NGI-rapport;20170774-D5.3, Research report, 2022-09)

GIBV-verktøyet er utviklet gjennom forsknings- og utviklingsprosjektet (FoU) BegrensSkade II som har pågått fra 2017 til 2022. GIBV står for "Ground-work Impact (GI) og Building Vulnerability (BV)". Verktøyet er utviklet ...

Improving the remoulded shear strength of a quick clay using biochar

Ånes, Eivind Wiik; Loshelder, J.I.; Hov, Sølve; Paniagua Lopez, Ana Priscilla; Ritter, Stefan (Chapter, 2024)

Numerical hydrogeological modelling of drainage to an excavation

Ånes, Eivind Wiik; Kahlström, Mats; Langford, Jenny; Tuttle, Kevin (NGI-rapport;20170774-D3.3, Research report, 2021-12)

The report regards the conceptual and numerical modelling of drainage scenarios to a planned excavation in a deep clay deposit in Oslo, Norway. The modelling was performed in SEEP/W 2D. Ground investigations indicate that ...

Sustainable impermeable landfill barriers: The potential of using geological waste and surplus masses

Ritter, Stefan; Ånes, Eivind Wiik; Hovland, Kristin; Stridal, Ann-Cathrin; Hansen, Harald; Henriksen, Thomas Jolstad; Okkenhaug, Gudny (Lecture, 2023)

This study investigated the potential to reuse excavated cement stabilised clay (CSC) and press filter residual (PFR) as impermeable landfill barriers. First, laboratory experiments including particle size distribution, ...

Use of numerical modelling when designing a full-scale field test of landfill top covers

Ånes, Eivind Wiik; Ritter, Stefan; Okkenhaug, Gudny (Lecture, 2023)

Landfill closures typically include cover systems with a low-permeable barrier to limit the flow of water to and from the waste to minimize contamination of the surrounding environment. Commonly the lowpermeable barrier ...

Utilisation of geological surplus masses in landfill cover: percolation results from pilot test

Ånes, Eivind Wiik; Ritter, Stefan; Pabst, Thomas; Stridal, A.C.; Nilsen, N.G.; Hovland, K.; Okkenhaug, Gudny (Chapter, 2024)