Cornell Develops Foam Artificial Heart
lt;p>A new “elastomeric foam” shows great promise for future prosthetic organs and soft robotics because of its lightweight and porous structure. To demonstrate its potential, researchers at Cornell have used the material to 3D print an artificial heart, which can pump at realistic speeds and attain a higher flow rate than previously reported prosthetic heart models.</p>
Recipient of Artificial Heart Goes Home - The New York Times
Metal-ion elastomers - Cornell Video
The Beat Goes On Organ Transport Device Keeps Heart Pumping
These large foam heart shapes make the perfect base to a number of fun projects. Package contains 35 foam hearts in a combination of purple, pink,
Heart Foam Shapes by Creatology™
umni in - eCommons@Cornell - Cornell University
Cornell Alumni News - eCommons@Cornell - Cornell University
Researchers develop artificial 'foam' heart
Cornell Alumni News - eCommons@Cornell - Cornell University
From Individual Liquid Films to Macroscopic Foam Dynamics: A Comparison between Polymers and a Nonionic Surfactant
Craft Foam Hearts Craft and Classroom Supplies by Hygloss
Cornell researcher Rob Shepherd discusses artificial foam heart
15 Extruded Foam Heart (XTH15) – The Wreath Shop
Med Device Online: Advancing human health by connecting people, organizations, and ideas in the design and development of medical devices.
Cornell Journal of Architecture, vol. 7 by Cornell AAP - Issuu
Novel Polymer Could Be Used To Build Artificial Muscles
