Personer

Masoud Torkan

Postdoctoral Researcher

T214 Civil Engineering

Full researcher profile

https://research.aalto.fi/...

E-post

masoud.torkan@aalto.fi

Telefonnummer

+358504009520

Forskningsgrupp

Mineral Based Materials and Mechanics, Postdoctoral Researcher

Publikationer

3D Gaussian Splatting for virtual tunnel visits and remote rock mass inspections

Mateusz Janiszewski, Stephen Okutu-Ayiku, Masoud Torkan, Lauri Uotinen, Mikael Rinne 2026 Connecting Communities Through Underground Infrastructure

Fracture roughness and physical aperture characterization of a core sample by photogrammetry

Masoud Torkan, Lauri Uotinen, Mateusz Janiszewski, Mert Aydogmus, Sandaru Liyanarathna Vidanage, Mikael Rinne 2026 Connecting Communities Through Underground Infrastructure - ITA World Tunnel Congress 2026 (Montréal, Canada, 15–21 May 2026)

Study on physical aperture and fluid flow behavior after dislocation of a rough fracture

Masoud Torkan, Sandaru Liyanarathna Vidanage, Lauri Uotinen, Mateusz Janiszewski, Mikael Rinne 2026 International Journal of Rock Mechanics and Mining Sciences

Advancing rock mass characterization through digital tools and online learning

Mateusz Janiszewski, Lauri Uotinen, Hamza Javed, Mert Sarigul, Masoud Torkan, Mikael Rinne 2025 Tunnelling into a Sustainable Future – Methods and Technologies- World Tunneling Congress 2025

Integrating non-contact surveys to characterize rock masses: the URLA case study

Mateusz Janiszewski, Simone Campagna, Masoud Torkan, Gessica Umili, Lauri Uotinen, Anna Maria Ferrero, Mikael Rinne 2025 ISRM International Symposium Eurock 2025, Trondheim, Norway

Experimental and numerical characterization of hydro-mechanical properties of rock fractures : The effect of the sample size on roughness and hydraulic aperture

Masoud Torkan, Lauri Uotinen, Alireza Baghbanan, Mikael Rinne 2025 International Journal of Rock Mechanics and Mining Sciences

Masoud Torkan

Forskningsgrupp

Publikationer

3D Gaussian Splatting for virtual tunnel visits and remote rock mass inspections

Fracture roughness and physical aperture characterization of a core sample by photogrammetry

Study on physical aperture and fluid flow behavior after dislocation of a rough fracture

Advancing rock mass characterization through digital tools and online learning

Integrating non-contact surveys to characterize rock masses: the URLA case study

Experimental and numerical characterization of hydro-mechanical properties of rock fractures : The effect of the sample size on roughness and hydraulic aperture

Measuring physical aperture of a fracture affected by dislocation using photogrammetry

Photogrammetry for characterizing rock fracture roughness, physical aperture, and hydromechanical properties

Scale and orientation considerations in photogrammetric analysis for rock engineering

Rock wall characterization using high-speed vehicle-mounted videogrammetry