- The reason I asked this question is a few people handle this clinical problem under dynamic loading even until this days, because in most literature they cited that dynamic loading too complex to manipulate the clinical problem and still the out come is not reliable hence they go for static loading.
Please if you have further ideas and suggestion on the point raised above let me know.
Thank you in Advance!
yes it is still feasible, until the day technology improves for us to track dynamic loading, or there is a way for us to harness teh current technology and ways to track that
Yes , you can use finite analysis to evaluate the stress dissipation in static form . But we need to remember that , any kind of numerical analysis should be supportive data for stress analysis conclusions. There are many studies related to thread design and stress dessipation , which are not fully supported by conclusions of clinical trials.
actually most of the research using FEA uses vertical loading and 45 degree lateral loading and both are static, i rarely see dynamic loading in FEA, but it is very common in mechanical testing using the dynamic mechanical analyzers.
- Badges
- Science topic
- Similar topics
- Mathematical Sciences
- Statistics
- Probability
- Probability Theory
- Reliability