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https://www.lu.se/studera/miljovetenskap-examensarbete-for-kandidatexamen-MVEK12 - 2026-10-08

Här studeras konceptet ’zero waste’, ungefär ’inget avfall’, applicerat på livsmedelsindustrin, och hur den miljömässiga påverkan skiljer sig mellan ett förpackningslöst scenario som kan ses i en nischad, dansk livsmedelsbutik, och ett konventionellt scenario, där två typiska produkter i vanliga matbutiker används som referenser. I den danska butiken säljs havregryn i gravitationsmatare (gravity d

https://www.lu.se/studera/konsthistoria-och-visuella-studier-kandidatprogram-HGKOV - 2026-10-08

Cavitation is common in high-pressure homogenizers, and has severe negative effects such as noise and mechanical wear, but may also have a beneficial effect in promoting fragmentation. Greater knowledge concerning cavitation in the homogenizer valve is thus important in optimizing the design and utilization of emulsification equipment. The aim of this study was to locate the region of cavitation a

Microsoft Word - KP-föreskrifter till OST 080111.doc Postadress Box 117, 221 00 Lund, hämtställe 37 Besöksadress Kansli HT, Palais d’Ask, Sandgatan 4 a Telefon 046-222 48 46 E-post kristina.arnrup_thorsbro@kansliht.lu.se Området för humaniora och teo log i Områdessty re l sen Tillämpningsföreskrifter gällande kursplaner vid Lunds universitet Fastställda av rektor den 25 oktober 2006 Nedanstående u

https://www.ctr.lu.se/fileadmin/user_upload/ctr/pdf/policy/riktlinjerk-planer/f%25C3%25B6reskrifter%2520kursplaner.pdf - 2026-10-08

Doktorand Kontaktinformation E-post: abbas [dot] batwa [at] tlog [dot] lth [dot] se Telefon: +462223116Organisation Teknisk logistik Besöksadress: Ole Römers väg 1, Rumsnummer: 5128 Hämtställe: 9 WebbplatsAbbas Batwas profil i Lunds universitets forskningsportalAndra roller Affilierad forskare Centrum för handel och logistik (REAL) Publikationer Visar av publikationer. Sorterade efter år och sen t

https://www.real.lu.se/abbas-batwa - 2026-10-08

https://www.lu.se/studera/konstnarligt-kandidatprogram-i-musik-folk-och-varldsmusik-KGMUS-FOVÄ - 2026-10-08

https://www.webbpublicering.lu.se/guides-english/publication-status-scheduling-and-revisions - 2026-10-07

Particle image velocimetry is performed on a model of a high pressure homogenizer, scaled for qualitative similarity of the one phase turbulent flow field in a production scale homogenizer. Flow fields in gap entrance, gap and gap outlet chamber are obtained with high resolution. The measurements show gap flow development and formation of a turbulent wall adherent jet when exiting into the outlet

https://rwi.lu.se/news/rwi-executive-directors-remarks-on-the-80th-international-holocaust-remembrance-day-event-at-lund-city-library/ - 2026-10-09

https://www.lu.se/studera/global-utveckling-befolkning-och-ekonomisk-forandring-masterprogram-EAEGD - 2026-10-08

The aim of this study was to find models for turbulent fragmenting forces in the high-pressure homogeniser from data available in Computational Fluid Dynamics (CFD) simulations with Reynolds Averaged Navier Stokes (RANS) turbulence models. In addition to the more common RANS k-epsilon turbulence models, a Multi-scale k-epsilon model was tested since experimental investigations of the geometry impl

Since the emulsification in the High-Pressure Homogenizer (HPH) is controlled by hydrodynamic forces, the turbulent flow field in the valve region is of significant interest. Computational Fluid Dynamics (CFD) simulations have been used for this in many studies. However, there are reasons to question if the utilized turbulence models, with their inherent assumptions and simplifications, could accu

The effect of disperse phase volume fraction on the turbulence in a scale model of a high-pressure homogenizer was studied experimentally. Velocity fields of the continuous phase were measured using particle image velocimetry. Refractive index matching combined with digital filtering enabled measurement with disperse phase present. Geometry and physical properties were carefully scaled in order to