We need to measure the maximum pressure that our bioengineered vessel supports. Therefore, we would like to know if there is any biomechanial method that would answer this.
You can apply pressure-inflation tests and to look at which value of pressure rupture will occure.
Dear Samir, do you have a paper with detailed methods? Thank you for your attention!
Dear Andrei,
about what kind of vessels are we talking about?
You can use microrheological methods to measure forces needed to rupture your vessel. By sticking beads to your vessel you are able to actively pull and measure forces via optical or magnetic tweezers. In that course you might be able to induce a breaking and determine according forces.
It depends what kind of tests you need. There are a couple of ways to measure breaking forces (AFM, optical stretching,...). It all depends on the system.
But why not taking a microfluidic setup?
Viscoelastic property quantification - load/unload test
Cyclic testing - tensile test, ring test, creep test
Open angle
and thousands of papers to look for. Just search in pubmed
I know there are thousands of papers...but this is the point of research gate, we help each other initially and then we go search for papers, with a more detailed and focused approach....thank you anyway for your answer...
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