Kishen and Vedantam’s Research on Mechanical Stress-Strain Distribution in Teeth
The Six Lessons Approach to Biomimetic Dentistry
•
5m 32s
What does it take to crack a cusp? Dr. David Alleman outlines Anil Kishen and Srikanth Vedantam’s in-vivo study that answers this question for vital and non-vital teeth. By understanding how cracks start in teeth, dentists can modify their prep design to support remaining tooth structure and minimize the risk of future cracks.
Ready to learn more? Find additional educational resources at DentalTV.app and allemancenter.com.
Referenced article: Kishen A., Vedantam S. Hydromechanics in dentine: Role of dentinal tubules and hydrostatic pressure on mechanical stress-strain distribution. Dent Materials. 2003;23: 1296-1306
Case examples by Dr. Davey Alleman, DMD @davey_alleman_dmd
Follow Dr. Alleman on YouTube @allemancenter and on Instagram @david.alleman.dds.
Up Next in The Six Lessons Approach to Biomimetic Dentistry
-
Remineralization of Carious Dentin fr...
The remineralization of dentin influences a number of steps in the process of bonding to dentin. Understanding this process from the research of Akimoto guides decisions about prep design and bonding system selection, which will impact the final bond strength of the restoration. In this Dental TV...
-
Crack Dissection Research by Rodriguez
Engineers have been studying how materials withstand fatigue for decades. Dentists should too. In this episode, Dr. David Alleman discusses engineering research by Rodrigues that outlines proper crack removal and repair and how dentists can apply that to prep design and restorative dentistry.
Re...
