Add to ORKGA number of theoretical and empirical dynamic contact angle (DCA) models have been tested in a numerical simulation of liquid reorientation in microgravity for which experimental validation data are available. It is observed that the DCA can have a large influence on liquid dynamics in microgravity. Correct modelling of the DCA is found to be essential for realistic numerical simulation, and hysteresis effects cannot be ignored.</p
Under flow conditions, the dynamic contact angle replaces the equilibrium contact angle. Correlation...
377 pagesTo inform the development of numerical simulations of complex capillary phenomena, we obser...
This paper serves as a first presentation of quantitative data reduced from the Capillary Flow Conta...
A number of theoretical and empirical dynamic contact angle (DCA) models have been tested in a numer...
A number of theoretical and empirical dynamic contact angle (DCA) models have been tested in a numer...
A number of theoretical and empirical dynamic contact angle (DCA) models have been tested in a numer...
A number of theoretical and empirical dynamic contact angle (DCA) models have been tested in a numer...
A number of theoretical and empirical dynamic contact angle (DCA) models have been tested in a numer...
A number of theoretical and empirical dynamic contact angle (DCA) models have been tested in a numer...
A number of theoretical and empirical dynamic contact angle (DCA) models have been tested in a numer...
A number of theoretical and empirical dynamic contact angle (DCA) models have been tested in a numer...
The relation between the dynamic contact angle and the capillary number is explored by extending de ...
The interaction of sloshing liquid propellant with the rigid body dynamics of the spacecraft or laun...
The contact angle between a gas-liquid interface and a solid surface is a function of the dynamic co...
Mathematical theory predicts that small changes in container shape or in contact angle can give rise...
Under flow conditions, the dynamic contact angle replaces the equilibrium contact angle. Correlation...
377 pagesTo inform the development of numerical simulations of complex capillary phenomena, we obser...
This paper serves as a first presentation of quantitative data reduced from the Capillary Flow Conta...
A number of theoretical and empirical dynamic contact angle (DCA) models have been tested in a numer...
A number of theoretical and empirical dynamic contact angle (DCA) models have been tested in a numer...
A number of theoretical and empirical dynamic contact angle (DCA) models have been tested in a numer...
A number of theoretical and empirical dynamic contact angle (DCA) models have been tested in a numer...
A number of theoretical and empirical dynamic contact angle (DCA) models have been tested in a numer...
A number of theoretical and empirical dynamic contact angle (DCA) models have been tested in a numer...
A number of theoretical and empirical dynamic contact angle (DCA) models have been tested in a numer...
A number of theoretical and empirical dynamic contact angle (DCA) models have been tested in a numer...
The relation between the dynamic contact angle and the capillary number is explored by extending de ...
The interaction of sloshing liquid propellant with the rigid body dynamics of the spacecraft or laun...
The contact angle between a gas-liquid interface and a solid surface is a function of the dynamic co...
Mathematical theory predicts that small changes in container shape or in contact angle can give rise...
Under flow conditions, the dynamic contact angle replaces the equilibrium contact angle. Correlation...
377 pagesTo inform the development of numerical simulations of complex capillary phenomena, we obser...
This paper serves as a first presentation of quantitative data reduced from the Capillary Flow Conta...