About my research
Welcome to the Arctic Greenhouse Research Unit (AGRU), a leading research lab in the Arctic. We are dedicated to exploring innovative solutions for sustainable energy. Our team of experts is committed to developing cutting-edge technologies that enable energy production for greenhouses in the harshest conditions. We sincerely appreciate your interest in AGRU's activities and your invaluable support in our mission to promote a greener and more sustainable future.
All Stories
- ArticleThermal measurements of boiling granular films
- ArticleSimulation of Cavitation Water Flows
- ArticleImproved recovery of a low-grade refractory gold ore using flotation–preoxidation–cyanidation methods
- ArticleRisk assessment in a damaged clean room by using the entropic Lattice Boltzmann method
- ArticleSinking and recirculation of large intruders in vertically vibrated granular beds
- ArticleSulphidic refractory gold ore pre-treatment by selective and bulk flotation methods
- ArticleTwo and Three Dimensional Monte Carlo Simulation of Magnetite Nanoparticle Based Ferrofluids
- ArticleRollers in low-head dams – Challenges and solutions
- ArticleSwirling flows in horizontally vibrated beds of dense granular materials
- ArticleFormation patterns at the air-grain interfaces in spinning granular films at high rotation rates
- ArticleAir-grain interfaces in spinning granular films at high rotation rates
- ArticleSimulation of self-segregation of a low density spherical particle in a bubbling bed
- ArticleSolid structures in a highly agitated bed of granular materials
- ArticleBubbles and solid structures in a vibrated bed of granular materials
- ArticleBubbling in vibrated granular films
- ArticleHeat transfer in counterflow heat exchangers with helical turbulators
- ArticleGranular jet impingement on a fixed target
- ArticleSimulations of collision of ice particles
- ArticleLarge eddy simulation and PIV experiments of air–water mixing tanks
- ArticleEnhanced Mass Transfer in Stirred Tanks
- ArticleFlowing grains in an inclined duct
- ArticleNumerical investigation of blood flow. Part II: In capillaries
- ArticleAnalysis of Submarine Pipeline Scour Using Large-Eddy Simulation of Dense Particle-Liquid Flows
- ArticleModeling and CFD simulation of flow behavior and dispersivity through randomly packed bed reactors
- ArticleAir Cavities in a Vibrated Bed of Visco-Elastic Glass Balls
- ArticleComputer simulations of sodium formate solution in a mixing tank
- ArticleShock waves in dense granular flows down a chute
- ArticleDynamical states of bubbling in vertical vibrated granular materials. Part II: Theoretical analysis and simulations
- ArticleDynamical states of bubbling in vertically vibrated granular materials. Part I: Collective processes
- ArticleComputer simulation of flocs interactions: Application in fiber suspension
- ArticleComplex Flow Dynamics in Dense Granular Flows—Part II: Simulations
- ArticleSimulation of Fiber Suspensions—A Multiscale Approach
- ArticleLocalized Structures in Vertically Vibrated Granular Materials
- ArticleLarge Eddy Simulations of a Brine-Mixing Tank
- ArticleMultiscale modeling of fluid turbulence and flocculation in fiber suspensions
- ArticleComplex Flow Dynamics in Dense Granular Flows—Part I: Experimentation
- ArticleDynamical States of Bubbling in Vertically Vibrated Granular Materials: Part I — Collective Processes; Part II — Theoretical Analysis and Simulations
- ArticleComplex Flow Dynamics in Dense Granular Flows: Part I — Experimentation; Part II — Simulations
- ArticleSupersonic dense granular materials in a duct flow
- ArticleFlow dynamics of grains in spinning bucket at high frequencies
- ArticleTransitional granular flow in a spinning bucket at high frequencies
- ArticleMagnetodissipation in ferrofluids
- ArticleFine structures in sheared granular flows
- ArticleDiffusive behavior and structural characterization of a hard-sphere fluid through a narrow channel with roughened walls
- ArticleParticle interactions in a dense monosized granular flow
- ArticlePseudo-thermal cooling in a bounded system of viscoelastic hard-spheres
- ArticleSelf-diffusion in unbounded rapid granular flows: a nonequilibrium approach
- ArticleStress fluctuations in continuously sheared dense granular materials
- ArticleShear-induced particle diffusion in inelastic hard sphere fluids
- ArticleShear induced diffusive mixing in simulations of dense Couette flow of rough, inelastic hard spheres
- ArticleBond-orientational order in sheared dense flows of inelastic hard spheres
- ArticleSome qualitative features of the Couette flow of monodisperse, smooth, inelastic spherical particles
- ArticleLateral diffusive migration of massive particles in high-velocity vertical pipe flow of moderately dense gas-solid suspensions
- ArticleApplication of neural networks to mass‐transfer predictions in a fast fluidized bed of fine solids
- ArticleComment and authors' reply on ?Granular thermal diffusion in flows of binary-sized mixtures? by S. S. Hsiau and M. L. Hunt [Acta Mech. 114, 121?137 (1996)]
- ArticleKinetic theory of multicomponent dense mixtures of slightly inelastic spherical particles