Top Tweets for #HyperElastic
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#GrandeTex #HyperElastic #SpandexFree #TextileInnovation
✨#NewPublication
📕A #Hyperelastic Bounding Surface Plasticity Model for Unsaturated #Granular #Soils
✍️Dr.Mehdi Kadivar, Dr.Kalehiwot Nega Manahiloh and Dr.Victor N. Kaliakin
🔗https://t.co/jFuaf1mXG3
Just published! excited to share that we developed a novel approach for high-fidelity #hyperelastic material characterization of target #coronary lesions using #angioplasty balloon under-expansion as a surrogate for local stiffness.
#OCT #intravascular #imaging
New Research: Intravascular imaging of angioplasty balloon under-expansion during pre-dilation predicts hyperelastic behavior of coronary artery lesions #bioengineering #biotech https://t.co/SAJ5Hmnjq8
Check out updates about the Virtual Fields Method #VFM for #hyperelastic materials published in Journal of Elasticity - great collab with Vicky Nguyen @JHUBME
👉 https://t.co/bwaEktUPbn
#RubberRebound: Let's bounce back to 1992 for this review by R.S. Rivlin on #hyperelastic stress-strain behavior of rubber. #OpenAccess for one week, so take a look during your coffee break today.
https://t.co/MbdR0b8vOw
@RubberDivision
#RubberRebound is partying like it's 1999 with this paper by Kaliske and Heinrich on the extended tube model for rubber elasticity. #OpenAccess for one week, so nothing stopping you from checking it out.
https://t.co/O1qs0a93ri
@RubberDivision #hyperelastic
[New tutorial] Model an inflating balloon 🎈 to learn how to use the Shell and Membrane interfaces for modeling thin structures made of #hyperelastic materials: https://t.co/R8xDONCXdN
![COMSOL_Inc's tweet photo. [New tutorial] Model an inflating balloon 🎈 to learn how to use the Shell and Membrane interfaces for modeling thin structures made of #hyperelastic materials: https://t.co/R8xDONCXdN https://t.co/DG3pPtvkgg](https://pbs.twimg.com/media/EumRLVcXcAAPEMD.png)
#RubberRebound returns to 2006 for this review article by Marckmann and Verron that compares constitutive models for #hyperelastic stress-strain behavior of #elastomers.
https://t.co/1syOzsCShr
@RubberDivision
#EnduricaEIE is the fast way to convert single or multichannel load-displacement history into stress-strain history for a #hyperelastic FE #simulation. #getdurabilityright https://t.co/36t9fEzQJn
In Part 1 of a guest blog series on #hyperelastic material analysis, you’ll get a demonstration of a simple lap joint shear test that can be used to determine material properties for #polymers.
Start reading here: https://t.co/zIm9nUZ4F3
We hope you take this #RubberRebound opportunity to check out this highly cited O.H. Yeoh paper (Google Scholar: 1000+; Web of Science: 500+) on constitutive model for nonlinear stress-strain behavior of elastomers. #hyperelastic #FEA
https://t.co/xfuCcqKTOQ
@RubberDivision
Open-source software for data-driven modelling of the skin - new paper out - @uni_lu @FnrLux @SnT_uni_lu https://t.co/ku0Vfa08YY #designofexperiments #hyperelastic models of the skin with applications to #keloids @DanasSu @dce_journal
Our #preprint is now available! A new hyperelastic model for the multi-axial deformation of blood clot occlusion in vessels https://t.co/flJBWFQEni via @OSFramework . #biomechanics, #clot, #hyperelastic
@KMMoerman @pmcgarry_nuig
Today's #EditorsChoice is this article from our most recent issue of #RubberChemTech. #fluoroelastomer, #FKM #crosslink density, DQ-#NMR, #network inhomogeneity, swelling, tensile properties #hyperelastic, #compressionset, #elastomers
https://t.co/iVIFbpkN5q
@RubberDivision
Find out how to model the compression of a #hyperelastic foam using tension and compression data obtained via uniaxial and equibiaxial tests: https://t.co/jDoAgd2oQs #MechanicalEngineering
#Stochastic bifurcation and #probability inequalities meet #hyperelastic (albeit #Bayesian) Rivlin cube in our article https://t.co/qkgkdDReW8 with @AlainGoriely and @ThomasEWoolley published by Philosophical Transaction A today
#Deterministic vs. #stochastic #elastic #waves propagation in #hyperelastic #solids. Read more in our recent preprint https://t.co/JXidjErzu4 with @ThomasEWoolley and @AlainGoriely
#ThursdayThoughts - #Skin which is stretched beyond the normal level is known as #hyperelastic skin. It occurs when there is a rapid increase in collagen or the production of elastin becomes low, and hence the skin loses its capacity for elasticity. https://t.co/Bv42MaEkNE
#Hyperelastic #Bone or HB is a breakthrough in reconstructive #surgery. It is a new synthetic material that can be implanted under the #skin as a scaffold for new bone to grow on, or used to replace lost bone matter altogether.
https://t.co/vM4GokkJ4D
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