5 pages matching maximum in this book
Results 1-3 of 5
What people are saying - Write a review
We haven't found any reviews in the usual places.
BACKGROUND INFORMATION AND SPECIFICATIONS
TESTS OF TOOTK HOLDING CAPACITY
aorta wall aortic tissue bending the hooks blood Body and Hook brass center strut center tube Collapsible Spiked Ring Connecting Mechanism cross-section Curves for Configuration cusps deflection device easily and quickly Elastic Expansion Ring Elastic Feet Expanding Aorta fastened Force-Deflection Curves Gott-Daggett Aortic Valve holding ability holding the valve hook ring Hooks Attached ingrowth material Insertion Tool inside knurled left ventricle lever arm loading maximum Model of Insertion Models and Ice Molds outward pivot plastic deformation pliers guide pliers mechanism required to produce Rigid Spiked Ring Screw Thread Method section of aorta set screws shape shear stress shown in Fig shows slots Snap Ring Spiked Elastic Expansion Spiked Ring Methods steel Strength of materials stress pattern Stress-Strain Curves support the valve sutures taper Test Rig Designs thesis Tooth Configurations University of Wisconsin valve in place valve is pushed Valve With Hooks wire hooks yield point yield stress