https://twitter.com/stephanebordas/status/1368289311523827714 The University of Luxembourg (UL) invites applications for two PhD Fellow (Doctoral Candidate) positions (m/f) as part of the QuaC project funded by the FNR CORE funding instrument https://www.fnr.lu/funding-instruments/core/
In this paper, we introduce a new simple yet effective strategy to form "hydrogel skins" on polymer-based medical devices with arbitrary shapes. Hydrogel skins can convert any surface of polymer devices into robust, wet, soft, slippery, antifouling, and ionically conductive without affecting the original properties and geometries.
Abstract
Hello, everyone!
Could you, please, help me with the following issue?
I’m trying to simulate a crack growth in an anisotropic media using cohesive zone model (CZM), and the results I get do not agree with my expectations, based on a common sense and simple estimations.
As I don’t yet feel myself on a safe ground with APDL, I make use of Ansys Mechanical, implementing command objects where needed.
Hi everybody,
do you know where I can find some informations about the relation
between particle size and critical normal stress at the interface particle /matrix
for a particle embedded in a matrix?
I read the Chen's article 'Size effect of particles on the damage dissipation in nanocomposites'
but this article deals with spherical particles. I am studying clay/matrix nanocomposites and I would like to
calculate the relation between clay size and debonding stress.
Thanks,
Cecilia
Hi everybody,
do you know where I can find some informations about the relation
between particle size and critical normal stress at the interface particle /matrix
for a particle embedded in a matrix?
I read the Chen's article 'Size effect of particles on the damage dissipation in nanocomposites'
but this article deals with spherical particles. I am studying clay/matrix nanocomposites and I would like to
calculate the relation between clay size and debonding stress.
Cecilia
