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2025
Mark Single drop turbulent breakup in the anisotropic turbulence inside a high-pressure homogenizer scale-up model
Olad, Peyman ^LU and Håkansson, Andreas ^LU (2025) In International Journal of Multiphase Flow 184.
- Contribution to journal › Article
Mark Experimental investigation of single drop breakup in a confined turbulent wall-jet : Effect of Weber number
Håkansson, Andreas ^LU and Olad, Peyman ^LU (2025) In Chemical Engineering Science 302. p.12-12
- Contribution to journal › Article
2024
Mark Drop breakup at reduced energy cost using a turbulent pulse –implications for improving efficiency in emulsification devices
Håkansson, Andreas ^LU (2024) In Chemical Engineering Science 298.
- Contribution to journal › Article
2023
Mark The effect of disperse phase viscosity in the emulsification of a semi-dairy beverage–combining emulsification experiments and numerical single drop breakup simulations
Lewerentz, Frida ^LU ; Pappas, Konstantinos ; Bergenståhl, Björn ^LU and Håkansson, Andreas ^LU (2023) In Food and Bioproducts Processing 138. p.103-115
- Contribution to journal › Article
Mark Turbulent drop breakup in a simplified high-pressure homogenizer geometry : A comparison of experimental high-speed visualization and numerical experiments based on DNS and interface tracking
Olad, Peyman ^LU ; Innings, Fredrik ^LU and Håkansson, Andreas ^LU (2023) In Chemical Engineering Science 282.
- Contribution to journal › Article
2022
Mark A criterion for when an emulsion drop undergoing turbulent deformation has reached a critically deformed state
Håkansson, Andreas ^LU ; Crialesi-Esposito, Marco ; Nilsson, Lars ^LU and Brandt, Luca (2022) In Colloids and Surfaces A: Physicochemical and Engineering Aspects 648.
- Contribution to journal › Article
Mark A hydrodynamic comparisons of two different high-pressure homogenizer valve design principles : A step towards increased efficiency
Håkansson, Andreas ^LU (2022) In Chemical Engineering Research and Design 184. p.303-314
- Contribution to journal › Article
Mark Deformation and initial breakup morphology of viscous emulsion drops in isotropic homogeneous turbulence with relevance for emulsification devices
Håkansson, Andreas ^LU and Brandt, Luca (2022) In Chemical Engineering Science 253.
- Contribution to journal › Article
Mark Identification and Mapping of Three Distinct Breakup Morphologies in the Turbulent Inertial Regime of Emulsification—Effect of Weber Number and Viscosity Ratio
Håkansson, Andreas ^LU ; Olad, Peyman ^LU and Innings, Fredrik ^LU (2022) In Processes 10(11).
- Contribution to journal › Article
2018
Mark General Principles of Nanoemulsion Formation by High-Energy Mechanical Methods
Håkansson, Andreas ^LU and Rayner, Marilyn ^LU (2018) p.103-139
- Chapter in Book/Report/Conference proceeding › Book chapter

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