… of traditional hydrographic printing, … computational model for simulating hydrographic printing
process. This simulation enables us to compute a color image to feed into our hydrographic …

… hydrographic technique leads to a complex interaction between a thin film and a 3D printed
… the final result of hydrographic printing, we propose a 3D computational simulation that uses …

… Specifcally, we apply carbon ink and tape masks to optimize the original hydrographic printing,
which are easily accessible in stationery stores, avoiding the long hours of screen printing…

… computational hydrographic printing allows the decoration of the surface after the 3D printing
is … We propose a simple, yet effective approach to coloring the surface of 3D printed models …

… that combines sound waves to create shape memory properties of hydrographic cellulose
compositions in 4-dimensional printing. The high amounts of hydrocolloid cellulose fibres are …

… the quality of hydrographic printing [34], a well-known technology for transferring color images
to a 3D surface. A hydrographic printing works as follows. It starts by printing a pixel image …

… We provide comparisons with textured objects produced by hydrographic transfer and
color 3D printing, where our technique provides superior quality while being considerably …

… Unlike three-dimensional printing (3DP) fabricated with a stationary objects, 4DP allows a
3D printed objects to transform itself to another configuration in response to external energy …

… electrodes were applied as hydro printed patterns or prefabricated screen printed cells. …
an ink-based base electrode through hydro printing) would require electrodes crossing other …

… This research focuses on computational microstructure to … its cellulose hydrographic composite
material in 4D printing. CMC … time and direction of the 4D printing analysis. The ability of …