Add to ORKGRecent results from a number of UK academic inkjet research studies advance the understanding of complex fluid jetting behavior and may be of interest to the wider digital fabrication community for the enhancement of inkjet printing applications. © 2013 Society for Imaging Science and Technology
Measured drop speeds from a range of industrial drop-on-demand (DoD) ink-jet print head designs scal...
Methods and tools for fluid characterization, drop visualization and drop formation physics, as used...
The primary objective of the is to conduct some fundamental studies on mini/micro liquid jets and th...
Recent results from a number of UK academic inkjet research studies advance the understanding of com...
Recent results from a number of UK academic inkjet research studies advance the understanding of com...
Fluid assessment methods, requiring small volumes and avoiding the need for jetting, are particularl...
Fluid assessment methods, requiring small volumes and avoiding the need for jetting, are particularl...
Can inkjet technology revolutionise manufacturing processes as we know them? By extending the exi...
Fluid assessment devices, such as high frequency rheometers and torsion resonators, filament stretch...
We have previously studied DoD jetting of complex model fluids based on dilute polymer solutions, re...
AbstractFluid assessment methods, requiring small volumes and avoiding the need for jetting, are par...
Inkjet printing is a rapidly expanding technology for non-contact digital printing. The focus for th...
This work presents recent results on the way linear and non linear viscoelastic properties of the fl...
Inkjet printing is a rapidly expanding technology for non-contact digital printing. The focus for th...
AbstractFluid assessment methods, requiring small volumes and avoiding the need for jetting, are par...
Measured drop speeds from a range of industrial drop-on-demand (DoD) ink-jet print head designs scal...
Methods and tools for fluid characterization, drop visualization and drop formation physics, as used...
The primary objective of the is to conduct some fundamental studies on mini/micro liquid jets and th...
Recent results from a number of UK academic inkjet research studies advance the understanding of com...
Recent results from a number of UK academic inkjet research studies advance the understanding of com...
Fluid assessment methods, requiring small volumes and avoiding the need for jetting, are particularl...
Fluid assessment methods, requiring small volumes and avoiding the need for jetting, are particularl...
Can inkjet technology revolutionise manufacturing processes as we know them? By extending the exi...
Fluid assessment devices, such as high frequency rheometers and torsion resonators, filament stretch...
We have previously studied DoD jetting of complex model fluids based on dilute polymer solutions, re...
AbstractFluid assessment methods, requiring small volumes and avoiding the need for jetting, are par...
Inkjet printing is a rapidly expanding technology for non-contact digital printing. The focus for th...
This work presents recent results on the way linear and non linear viscoelastic properties of the fl...
Inkjet printing is a rapidly expanding technology for non-contact digital printing. The focus for th...
AbstractFluid assessment methods, requiring small volumes and avoiding the need for jetting, are par...
Measured drop speeds from a range of industrial drop-on-demand (DoD) ink-jet print head designs scal...
Methods and tools for fluid characterization, drop visualization and drop formation physics, as used...
The primary objective of the is to conduct some fundamental studies on mini/micro liquid jets and th...