156 citations · 589 across the 14 of their papers we have counts for
14 papers
Aerosol generation by the splashing of low viscosity drops impacting liquid layers
Guillaume Riboux, José Manuel Gordillo
Using theory and numerical simulations, here we describe the early stages of the impact with a velocity of a drop of radius of a low viscosity liquid such as water agains…
Bubble bursting jets are driven by the purely inertial collapse of gas cavities
J. M. Gordillo, Francisco J Blanco-Rodríguez
The analysis of numerical simulations describing the collapse of capillary cavities reveals that the jets originated from the bursting of bubbles are driven by the condition that t…
On the jets ejected after the inertial collapse of cavities
J. M. Gordillo, Francisco J. Blanco-Rodríguez
Motivated by the results in Gordillo and Blanco-Rodriguez, 'Bubble bursting jets are driven by the purely inertial collapse of gas cavities', \emph{Phys. Rev. Lett., Submitted} (20…
The direction of the microjet produced by the collapse of a cavitation bubble locatedin between a wall and a free surface
Akihito Kiyama, Takaaki Shimazaki, José Manuel Gordillo +1
In this paper, we present a simplified theoretical model based on the method of images that predicts the direction of the microjet produced after the implosion of the cavitation bu…
On the thinnest steady threads obtained by gravitational stretching of capillary jets
Mariano Rubio-Rubio, Alejandro Sevilla, José Manuel Gordillo
Experiments and global linear stability analysis are used to obtain the critical flow rate below which the highly stretched capillary jet generated when a Newtonian liquid issues f…
Transition from bubbling to jetting in a co-axial air-water jet
A. Sevilla, J. M. Gordillo, C. Martínez-Bazán
In this Brief Communication we study experimentally the flow regimes that appear in co-axial air-water jets discharging into a stagnant air atmosphere and we propose a simple expla…
Comment on "Revision of Bubble Bursting: Universal Scaling Laws of Top Jet Drop Size and Speed"
José Manuel Gordillo, Javier Rodríguez-Rodríguez
Comment on "Revision of Bubble Bursting: Universal Scaling Laws of Top Jet Drop Size and Speed"
An Initial State with Shear in Peripheral Heavy Ion Collisions
V. K. Magas, J. Gordillo, D. Strottman +2
In the present work we propose a new initial state model for hydrodynamic simulation of relativistic heavy ion collisions based on Bjorken-like solution applied streak by streak in…
The critical impact speed for the splash of a drop
Guillaume Riboux, José Manuel Gordillo
Making use of experimental and theoretical considerations, in this Letter we deduce a criterion to determine the critical velocity for which a drop impacting a smooth dry surface e…
Bubble size prediction in co-flowing streams
Wim van Hoeve, Benjamin Dollet, José M. Gordillo +2
In this paper, the size of bubbles formed through the breakup of a gaseous jet in a co-axial microfluidic device is derived. The gaseous jet surrounded by a co-flowing liquid strea…
Compressible air flow through a collapsing liquid cavity
Stephan Gekle \and José Manuel Gordillo
We present a multiscale approach to simulate the impact of a solid object on a liquid surface: upon impact a thin liquid sheet is thrown upwards all around the rim of the impactor…
Supersonic Air Flow due to Solid-Liquid Impact
Stephan Gekle, Ivo Peters, Jose Manuel Gordillo +2
A solid object impacting on liquid creates a liquid jet due to the collapse of the impact cavity. Using visualization experiments with smoke particles and multiscale simulations we…
Generation and Breakup of Worthington Jets After Cavity Collapse
Stephan Gekle, J. M. Gordillo
Helped by the careful analysis of their experimental data, Worthington (1897) described roughly the mechanism underlying the formation of high-speed jets ejected after the impact o…
High-speed Jet Formation after Solid Object Impact
Stephan Gekle, José Manuel Gordillo, Devaraj van der Meer +1
A circular disc impacting on a water surface creates a remarkably vigorous jet. Upon impact an axisymmetric air cavity forms and eventually pinches off in a single point halfway do…