Course – PoreLab

FALL 2026/2027 COURSE: “EXPERIMENTAL TECHNIQUES IN POROUS AND COMPLEX SYSTEMS” (FYS 4420/FYS9420) AT University of Oslo (UIO)

By Mihailo Jankov8 June, 2026Course, PoreLab course, UiOexperimental course, experiments, flow, porous media

PoreLab’s course, “Experimental techniques in porous and complex systems,” is running this Fall semester as scheduled. This two-tiered course is open to both Master’s and Ph.D. students, using the following course codes: While course workload—including lectures and lab exercises—is split between PoreLab Oslo and PoreLab Trondheim, the majority of the practical work will take place

Interpore course on non-local statistical mechanics framework for immiscible flow in permeable media

By PoreLab21 February, 2025Course

Professor Alex Hansen, together with Professor Saman Aryana, will give a 12-hours Interpore course on “non-local statistical mechanics framework for immiscible flow in permeable media”. Alex Hansen is professor of theoretical physics at NTNU, Trondheim, Norway, and Center Director for PoreLab. Saman Aryana is Professor and Head of Chemical and Biomedical Engineering at the University

2024 Cargese summer school on “Flow and Transport in porous and fractured media: Linking life supporting functions of the subsurface across disciplines”

By PoreLab5 February, 2024Course

The 2024 Cargese summer school on “Flow and Transport in porous and fractured media: Linking life supporting functions of the subsurface across disciplines” will be held from June 11 to June 21 2024 at the Cargese Institute in Corsica, France: https://cargese2024.sciencesconf.org/ The program of the summer school is in preparation and will be available on February

FALL 2022/2023 COURSE: “EXPERIMENTAL TECHNIQUES IN POROUS AND COMPLEX SYSTEMS” (FYS 4420/FYS9420 AT UIO)

By Mihailo Jankov16 June, 2023Course, PoreLab course, UiO, University of Oslo

PoreLab’s course ” Experimental techniques in porous and complex systems ” is traditionally offered in the fall semester each year and the school year 2022/2023 is no exception. The course is two-tiered and both, Ph.D. and master students are encouraged to take it. The code for the Ph.D. level is FYS9240. The master level code

FALL 2022/2023 COURSE: “EXPERIMENTAL TECHNIQUES IN POROUS AND COMPLEX SYSTEMS” (FYS 4420/FYS9420 AT UIO)

By Mihailo Jankov3 June, 2022Course, PoreLab course, UiO, University of Oslo

Short courses series: Mathematics of Porous Media

By PoreLab3 November, 2020Course

Short Course Series: Mathematics of Porous Media During the winter 2020-21 the Porous Media Group at the University of Bergen will organize a series of short courses on topics related to the mathematics of porous media. The lecturers are world leading researchers within their fields. Each topic will be covered in three two-hour lectures. The lectures will be

Invitation to TEM introduction course and PhD course

By PoreLab3 July, 2020Course

The TEM Gemini Centre offers an introduction course (of 7 lectures) to TEM during week 38; see below. The course is aimed at PhDs and researchers who plan to use TEM or TEM data in their work, and gives a basis for reading, understanding and writing papers including TEM results. It is open for anyone,

RILEM Multi-scale Modelling Course for Concrete (MMC2) 2020

By PoreLab3 February, 2020Course

MMC2 5 October – 9 October 2020 The RILEM Multi-scale Modelling Course for Concrete (MMC2) provides the opportunity for participants to become familiar with modelling cementitious materials at four levels of detail. Different ways of schematization and numerical approaches are considered to simulate the chemical, physical and mechanical behaviour of cementitious materials. The main back-bone

CSC2I – Spring course on Corrosion Science & Corrosion Control for Infrastructure, TU Delft, The Netherlands

By PoreLab14 January, 2020Course

CSC2I Spring course from 30 March – 3 April 2020, TU Delft, The Netherlands The course on Corrosion Science & Corrosion Control for Infrastructure (CSC2I) www.csc2i.tudelft.nl is an interdisciplinary course, encompassing fundamental aspects of corrosion science & technology, corrosion control and materials science for civil engineering. The course targets material classes as metals & alloys, concrete,

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