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- 2025
-
Mark
Break-Up of Plant Cell Structures in High Pressure Homogenizers – Prospects and Challenges for Processing of Plant-Based Beverages
Ransmark, Eva LU
; Sørensen, Hanne
; Gómez Galindo, Federico
LU
and Håkansson, Andreas
LU
(2025)
In Food Engineering Reviews
17(2).
p.408-449
- Contribution to journal › Article
-
Mark
Experimental investigation of single drop breakup in a confined turbulent wall-jet : Effect of Weber number
- Contribution to journal › Article
-
Mark
Particle impact in high-pressure homogenizer valves – A step towards understanding wear and cell breakup in food and beverage processing
- Contribution to journal › Article
-
Mark
Drop breakup can occur inside the gap of a high-pressure homogenizer – New evidence from experimental breakup visualizations
- Contribution to journal › Article
-
Mark
Single drop turbulent breakup in the anisotropic turbulence inside a high-pressure homogenizer scale-up model
- Contribution to journal › Article
-
Mark
A CFD-based approach to study cavitation in high-pressure homogenizer valves. Part 2. Cavitation intensity
Håkansson, Andreas LU
; Rütten, Eva
LU
and Ranade, Vivek V.
(2025)
In Chemical Engineering Science
316.
- Contribution to journal › Article
-
Mark
A Low-Cost Method for Characterizing the Inception and Extent of Cavitation in High-Pressure Homogenizers
- Contribution to journal › Article
-
Mark
Evaluation of laser diffraction as a fast method for particle size distribution measurement of plant cell structures in whole oat and soy beverages
Ransmark, Eva LU
; Åkerfeldt, Essi
LU
; Liu, Xintian
LU
; Sørensen, Hanne
; Gómez Galindo, Federico
LU
and Håkansson, Andreas
LU
(2025)
In Food Research International
217.
- Contribution to journal › Article
-
Mark
A CFD-based approach to study cavitation in high-pressure homogenizer valves. Part 1. Cavitation inception, extent and location
- Contribution to journal › Article
- 2024
-
Mark
High-pressure homogenizer valve design modifications allowing intensified drop breakup without increasing power consumption. I. Optimization of current design-principle
- Contribution to journal › Article