@AgneseLucchetti @BioimplantITN Awesome work! Would have loved to have used this kind of experimental data when I worked on https://t.co/jmR0rTY4u8 and https://t.co/kvgPNpAkjK. If you would ever like to chat about computational modeling of these stents
RT @MPeirlinck: #FEA modeling #patientspecific #peristaltic #contraction of the human #esophagus. https://t.co/N0jYvvcH18 #SimulationFriday…
RT @MPeirlinck: #FEA modeling #bioresorbable #stent #implantation in the human #esophagus. https://t.co/N0jYvvcH18 #SimulationFriday #3DEXP…
RT @NAFEMS: This is impressive! https://t.co/hnUy0tSDsy
RT @NAFEMS: This is impressive! https://t.co/hnUy0tSDsy
RT @NAFEMS: This is impressive! https://t.co/hnUy0tSDsy
RT @MPeirlinck: #FEA modeling #bioresorbable #stent #implantation in the human #esophagus. https://t.co/N0jYvvcH18 #SimulationFriday #3DEXP…
This is impressive! https://t.co/hnUy0tSDsy
RT @MPeirlinck: #FEA modeling #patientspecific #peristaltic #contraction of the human #esophagus. https://t.co/N0jYvvcH18 #SimulationFriday…
RT @MPeirlinck: #FEA modeling #bioresorbable #stent #implantation in the human #esophagus. https://t.co/N0jYvvcH18 #SimulationFriday #3DEXP…
RT @MPeirlinck: #FEA modeling #bioresorbable #stent #implantation in the human #esophagus. https://t.co/N0jYvvcH18 #SimulationFriday #3DEXP…
#FEA modeling #bioresorbable #stent #implantation in the human #esophagus. https://t.co/N0jYvvcH18 #SimulationFriday #3DEXPERIENCE https://t.co/huacE9CYBQ
Check out my paper on #insilico #modeling of #biodegradable #stent #implantation in the #patientspecific #esophagus! https://t.co/PX4T7hfQ1b