Joseph, Jesly Kondhalkar, Jyoti Jagdale, Pankaj Gadde, Janardhan Rao Hawaldar, Ranjit Kashid, Ranjit Giramkar, Vijaya Joseph, Shany
Published in
IOP Conference Series: Materials Science and Engineering
DLP (Digital Light Processing) based 3D (three dimensional) printing had been a widely used additive manufacturing technique with its broad aspects in rapid prototyping, packaging, biomedical applications, PCB etc due to its high resolution and reliability. Since, drive for miniaturization in electronic industry had been increasing; the need of add...
Brahmi, Chaima
Le présent travail porte sur l’immobilisation de différents photocatalyseurs généralement synthétisés sous une forme poudreuse dans une matrice polymère via un processus de photopolymérisation. Les matériaux obtenus sont plus aboutis technologiquement et plus facilement récupérables et régénérables ce qui permet d’éviter les méthodes usuelles de re...
Darling, Cory Smith, Damon A
Published in
HardwareX
Development of new additive manufacturing materials often requires the production of several batches of relatively large volumes in order to print and test objects. This can be difficult for many materials that are expensive or difficult to produce in large volumes on the laboratory scale. Bioprinter systems are advantageous in this regard, however...
Thomas, Eickner Teske, Michael Rekowska, Natalia Senz, Volkmar Schmitz, Klaus-Peter Grabow, Niels
Published in
Current Directions in Biomedical Engineering
Sustained local drug release and high local drug concentrations can be achieved by specially designed DDSs, which can be created for different applications. This results in therapeutic drug amounts at the site of action, simultaneously providing a very low drug amount in total. Bodily compartments that contain liquids may be used to transport the d...
Dika, Ihab Diot, Frédéric Bardinal, Véronique Malval, Jean‐Pierre Ecoffet, Carole Bruyant, Aurélien Barat, David Reig, Benjamin Doucet, Jean‐Baptiste Camps, Thierry
...
Near infrared (NIR) activable photopolymers suitable for versatile fabrication of micro-optical elements were developed. The first main objective of this paper is to show that these new photopolymers can be used for microfabrication and investigate the parameters governing the microfabrication process. The impact of photonic, physico-chemical and c...
Polushtaytsev, Yuri Victorovich Mensov, Sergey Nickolaevich
Published in
Journal of Polymer Research
The diffusion processes in a layer of a photopolymerizable composition stimulated by non-stationary optical radiation causing the relocation of the neutral component concentration and formation of smooth distributions of the refractive index were investigated. By the method of computer simulation, it was shown that with the photopolymerization of s...
Kittu, A. Watters, M. Cavarretta, I. Bernhardt-Barry, M. L.
Published in
Granular Matter
Discrete element method (DEM) simulations are often validated using physical laboratory tests on analogue soils to confirm the macro-scale response. These analogue soils have typically consisted of steel ball bearings or glass beads, thus limiting the shapes to spherical particles. Additive Manufacturing (AM) technologies can be used to create 3D o...
Davoudinejad, A. Pedersen, D. B. Tosello, G.
Different fabrication methods can be applied for micro fabrication, all characterized by their specific processing time and cost. However, by using the additive manufacturing (AM) technologies for direct micro manufacturing of complex micro geometries the average production time and cost can be drastically reduced. This study investigates an AM-bas...
Davoudinejad, A. Pedersen, D. B. Tosello, G.
Different fabrication methods can be applied for micro fabrication, all characterized by their specific processing time and cost. However, by using the additive manufacturing (AM) technologies for direct micro manufacturing of complex micro geometries the average production time and cost can be drastically reduced. This study investigates an AM-bas...
Voet, Vincent S D Schnelting, Geraldine H M Xu, Jin Loos, Katja Folkersma, Rudy Jager, Jan
Published in
Journal of visualized experiments : JoVE
The accessibility of cost-competitive renewable materials and their application in additive manufacturing is essential for an efficient biobased economy. We demonstrate the rapid prototyping of sustainable resins using a stereolithographic 3D printer. Resin formulation takes place by straightforward mixing of biobased acrylate monomers and oligomer...
