Field of work

Theoretical and experimental studies of industrial systems with special focus on multiphysics-related phenomena: boiling,  heat transfer, multiphase, turbulence, electrochemistry, agglomeration, and deposition of solid adhesive particles in multiphase flows. Numerical modeling of multiphase flows and heat transfer using computational fluid dynamics: CFD-DEM, Eulerian two-fluid, CFD-PBM, VOF.

Non-invasive experimental techniques for CFD validation: computer tomography (CT), positron emission particle tracking (PEPT), X-ray.

Renewable energy: nanosystems for solar and geothermal applications, solar collectors, PV/T, drilling heat transfer.

Flow assurance: risk assessment of plugging in wells and production pipes.

Academic background

2018-         Professor, Høgskulen på Vestlandet

2013-2018 Associate Professor, Høgskulen på Vestlandet

2010-2013 Post-doctoral fellowship, University of Bergen, Department of Physics and Technology

2007-2010 PhD, University of Bergen, Department of Physics and Technology

PhD candidates

Zahra Negahdari - Models of heat transfer during drilling

Jon Thøger Gjøvåg Hagen - Experimental studies of photothermal liquid films

Kalyan Sundar Krishna Chivukula (primary supervisor Yansong Zhao) - numerical models of electric batteries

Ted Ørjan Seim Gundersen (primary supervisor Alex C. Hoffmann) - CFD models of rotary equipment

Wei Shihao (alumni, primary supervisor Pawel Kosinski) - experimental and numerical studies of carbon-based nanofluids for photothermal and electrical applications

Nazerke Saparbayeva (alumni) - CFD-DEM models of clogging by cohesive particles

Xu Duan (alumni, primary supervisor Bohui Shi) - CFD-PBM of hydrate agglomeration in a stirred vessel

Post-doctoral fellows

Adam McElligott (alumni) - experimental studies of photothermal boiling in nanofluids

Pavel Struchalin (alumni) - experiments on clogging in turbulent flows

Robert Mulka (visiting researcher) - experiments on phase change materials for refrigeration

Teaching

Research areas 

  • CFD: computational fluid dynamics
  • multiphase flow
  • population balance modelling
  • nanofluids
  • solar collectors
  • flow assurance
  • heat transfer
  • photothermal boiling
  • Positron Emission Particle Tracking

Research groups 

Courses taught
  • MAS536, CFD in Energy Technology, Fall 2025
  • MAS550, Guided self-study, Fall 2025
  • MAS599, Master thesis, Spring 2026