Experimental investigation of shock-induced breakup of single viscoelastic droplets
Z Wang, T Hopfes, M Giglmaier… - … on Multiphase Flow …, 2019 - mediatum.ub.tum.de
10th International Conference on Multiphase Flow, ICMF 2019, 2019•mediatum.ub.tum.de
The present work experimentally studies the breakup of single viscoelastic droplets subject
to shock-induced gas flow. Millimeter-sized droplets, made from aqueous solutions of
carbonxymethylcellulose and polyacrylamideare, are examined. Both non-Newtonian
liquids share similar shear viscosities while the latter shows a stronger elasticity. The
droplets are ejected discretely into a shock tube inside which shock waves of varying
strength are generated to achieve different Weber numbers. The drop...»
to shock-induced gas flow. Millimeter-sized droplets, made from aqueous solutions of
carbonxymethylcellulose and polyacrylamideare, are examined. Both non-Newtonian
liquids share similar shear viscosities while the latter shows a stronger elasticity. The
droplets are ejected discretely into a shock tube inside which shock waves of varying
strength are generated to achieve different Weber numbers. The drop...»
The present work experimentally studies the breakup of single viscoelastic droplets subject to shock-induced gas flow. Millimeter-sized droplets, made from aqueous solutions of carbonxymethylcellulose and polyacrylamideare, are examined. Both non-Newtonian liquids share similar shear viscosities while the latter shows a stronger elasticity. The droplets are ejected discretely into a shock tube inside which shock waves of varying strength are generated to achieve different Weber numbers. The drop...»
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