International audienceIn this article, various hydrodynamic phenomena associated with ink jet printing process are investigated. This study is limited to the impact and initial spreading phases, the capillary wicking into porous media which is paramount in defining the print quality will be considered elsewhere. The experimental methods used are based on high-speed cinematography and phase controlled ultra short snapshots of the impact process, which allow to measure accurately the transient diameters and heights of the micro-drops on extremely small spatial and time scales. Drop dynamics modeling is performed by solving a variational problem for a given drop geometry. This allows to obtain the drop profiles during the very short inertial i...
Inkjet printing is a complex process including coupled wetting, heat and species transport. The prin...
Ink jet printing of functional materials promises an efficient route for the manufacturing of future...
In this paper, a computational approach for the analysis of microscale droplet impact dynamics is pr...
Ink-jet printing enables more efficient, economic, scalable manufacturing for a wide variety of mate...
The main goal of this work is the understanding of physical mechanism related to the orthogonal impa...
Ink-jetting technology has been applied to several processes in solid free-form fabrication (SFF) w...
This paper presents a novel Smoothed Particle Hydrodynamics (SPH) framework for analysis of droplet ...
Introduced in 1991, solid ink color printing technology is widely used in the office printing, prepr...
This thesis presents an experimental study on the drop impact of yield-stress fluids. Beyond applica...
The inkjet printing process involves a chain of processes in many physical domains at different leng...
Ink-jet printing enables a more efficient, economic, scalable manufacturing process for a wider var...
Cette thèse présente une étude expérimentale de l'impact de gouttes de fluides à seuil. Au-delà des ...
Impact of droplets of varying surface tension and subsequent spreading over a solid surface are inhe...
[[abstract]]The droplet impingement into a cavity at micrometer-scale is one of important fluidic is...
The formation and evolution of micron-sized droplets of a Newtonian liquid generated on demand in an...
Inkjet printing is a complex process including coupled wetting, heat and species transport. The prin...
Ink jet printing of functional materials promises an efficient route for the manufacturing of future...
In this paper, a computational approach for the analysis of microscale droplet impact dynamics is pr...
Ink-jet printing enables more efficient, economic, scalable manufacturing for a wide variety of mate...
The main goal of this work is the understanding of physical mechanism related to the orthogonal impa...
Ink-jetting technology has been applied to several processes in solid free-form fabrication (SFF) w...
This paper presents a novel Smoothed Particle Hydrodynamics (SPH) framework for analysis of droplet ...
Introduced in 1991, solid ink color printing technology is widely used in the office printing, prepr...
This thesis presents an experimental study on the drop impact of yield-stress fluids. Beyond applica...
The inkjet printing process involves a chain of processes in many physical domains at different leng...
Ink-jet printing enables a more efficient, economic, scalable manufacturing process for a wider var...
Cette thèse présente une étude expérimentale de l'impact de gouttes de fluides à seuil. Au-delà des ...
Impact of droplets of varying surface tension and subsequent spreading over a solid surface are inhe...
[[abstract]]The droplet impingement into a cavity at micrometer-scale is one of important fluidic is...
The formation and evolution of micron-sized droplets of a Newtonian liquid generated on demand in an...
Inkjet printing is a complex process including coupled wetting, heat and species transport. The prin...
Ink jet printing of functional materials promises an efficient route for the manufacturing of future...
In this paper, a computational approach for the analysis of microscale droplet impact dynamics is pr...