Tesi etd-04042022-221831 |
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Tipo di tesi
Tesi di laurea magistrale
Autore
STRUMBO, GIUSEPPE
URN
etd-04042022-221831
Titolo
Study and implementation of market regulatory pathways for BellaSeno products and preliminary mechanical simulation studies on bone cage structures for bone regeneration
Dipartimento
INGEGNERIA DELL'INFORMAZIONE
Corso di studi
INGEGNERIA BIOMEDICA
Relatori
relatore Vozzi, Giovanni
relatore Dott. Chhaya, Mohit Prashant
controrelatore Prof. De Maria, Carmelo
relatore Dott. Chhaya, Mohit Prashant
controrelatore Prof. De Maria, Carmelo
Parole chiave
- HUD
- RHINO
- ANSYS
Data inizio appello
22/04/2022
Consultabilità
Non consultabile
Data di rilascio
22/04/2092
Riassunto
This work of thesis could be divided into two main parts.
The first part concerns the documentation needed for the HUD/HDE (for the Pectus Scaffold) designation, with a particular focus on the population estimate, and the 510(k) (concerning a medical device for long bone defect) designation for the premarket submission on FDA.
In the second part, the software Rhino was used to generate a code (with the plug in Grasshopper) that allow to design automatically different size of Bone cage structures with diamond shape just setting the input parameters. A parametric study was performed with the software ANSYS with whom a simulated compression of 5 mm was applied on the structures designed.
Another code was used to generate structure with different external shape also.
The first part concerns the documentation needed for the HUD/HDE (for the Pectus Scaffold) designation, with a particular focus on the population estimate, and the 510(k) (concerning a medical device for long bone defect) designation for the premarket submission on FDA.
In the second part, the software Rhino was used to generate a code (with the plug in Grasshopper) that allow to design automatically different size of Bone cage structures with diamond shape just setting the input parameters. A parametric study was performed with the software ANSYS with whom a simulated compression of 5 mm was applied on the structures designed.
Another code was used to generate structure with different external shape also.
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