
Rahul Vellaparambil
@rahulsathishv
đ«Biomechanics, Additive Manufacturing, FEA.
ID: 1300161485180678146
https://www.linkedin.com/in/rahulsathishv 30-08-2020 20:00:53
27 Tweet
85 Followers
300 Following



Predicting the mechanical strength of aortic tissue with #MachineLearning, paper just out in @MechBioMat. Great collab between #JiaLu University of Iowa and MINES Saint-Ătienne authors.elsevier.com/c/1cGLG6EHNeeaâŠ

Thanks StĂ©phane Avril & Prof. Marco Biancolini for organizing our first summer school MeDiTATe H2020 Project . Lectures from Prof. Moscato (MedUni Wien) & @flago2009 stood out for me considering my 3D printing bias đ .

Read our review paper about patient-specific computational modeling of #endovascular #aneurysm repair doi.org/10.1002/cnm.35⊠just published in IJNMBE #EVAR PrediSurge MeDiTATe H2020 Project




Read our new review on Patient-Specific Numerical #Simulations of #Endovascular Procedures in Complex #Aortic Pathologies @Sainbiose_Lab in collaboration with Antoine Millon HCL - Hospices Civils de Lyon đ mdpi.com/2079680 #mdpijcm JCM MDPI MINES Saint-Ătienne UniversitĂ© Jean Monnet Saint-Ătienne


Read our review on patient-specific computational modelling of endovascular treatment for intracranial aneurysms just out in #BMPhi đđ@BeatriceBisigh1 MeDiTATe H2020 Project đđdoi.org/10.1016/j.brai⊠Miquel Aguirre Font @Sainbiose_Lab · Alain Goriely. @JeruGroup PrediSurge


Iâm excited to finally showcase our work on developing a generalizable deep learning system for cardiac MRI. This is the culmination of over 3 years of research spanning my time as a postdoc in Hiesinger Lab and now as a cardiac surgery resident at PennSurgery, and I couldnât be


đšNew paper as part of my PhD project with MeDiTATe H2020 Project & StĂ©phane Avril is out on #CVET đŹ Can #stent-graft (SG) limbs derived from #auxetic unit cells withstand kinks when subjected to harsh bending deformations ? Read more for our findings at đ doi.org/10.1007/s13239âŠ

