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1 Contributo su Rivista 73747
- 1.1 Articolo in rivista 69093
- 1.2 Recensione in rivista 1536
- 1.3 Scheda bibliografica 29
- 1.4 Nota a sentenza 694
- 1.5 Abstract in rivista 2363
- 1.6 Traduzione in rivista 32

2 Contributo in Volume 19835
- 2.1 Contributo in volume (Capitolo o Saggio) 16741
- 2.2 Prefazione/Postfazione 577
- 2.3 Breve introduzione 401
- 2.4 Voce (in dizionario o enciclopedia) 1130
- 2.5 Traduzione in volume 195
- 2.6 Recensione in volume 8
- 2.7 Schede di catalogo 784

3 Libro 3599
- 3.1 Monografia o trattato scientifico 3198
- 3.2 Concordanza 8
- 3.3 Indice 21
- 3.4 Bibliografia 24
- 3.5 Edizione critica 110
- 3.6 Pubblicazione di fonti inedite 26
- 3.7 Commento scientifico 109
- 3.8 Traduzione di libro 103

4 Contributo in Atti di Convegno (Proceeding) 26689
- 4.1 Contributo in Atti di convegno 17948
- 4.2 Abstract in Atti di convegno 8012
- 4.3 Poster 729

5 Altro 1748
- 5.01 Composizione 1
- 5.02 Disegno 57
- 5.03 Progetto architettonico 9
- 5.04 Design 12
- 5.05 Performance 1
- 5.06 Esposizione 3
- 5.07 Mostra 34
- 5.08 Manufatto 32
- 5.09 Prototipo d'arte e relativi progetti 0
- 5.10 Cartografia 33
- 5.11 Banca dati 54
- 5.12 Software 28
- 5.13 Altro 1484

6 Brevetti 200
- 6.1 Brevetto 200

7 Curatele 2611
- 7.1 Curatela 2611

Prodotti recenti

Agronomic Practices Shape Tissue-Specific Antioxidant Capacity and Metabolic Profiles in Achillea millefolium L

Development of an Advanced 4D Foot Shape Model from Multiple Acquisitions at Different Flexion Angles

A major challenge in constructing models of the human body or body parts stems from the fact that they are actually composed of several solid bodies articulated together. Consequently, 3D models must be parameterised with reference to joint angles: scans of the foot taken at different plantar/dorsal flexion angles were used in this study as a benchmark. The imple-mented methodology was based on the regression fitting of landmark trajectories obtained on a limited number of foot poses; these s...

A Novel Integrated CAD-Multibody Approach for TMJ Prosthesis Design

This study presents a methodology for optimizing the design of the fossa component in temporomandibular joint (TMJ) prostheses, particularly in cases requiring replacement due to severe pathology or trauma. Leveraging advancements in 3D printing, the research aims to align prosthetic function with natural jaw movements. A multibody simulation model was used to evaluate different designs based on key performance indicators: range of motion, condylar trajectory accuracy, and contact force magni...

Shape optimization of tmj prosthetic fossa: a kinematic-driven approach

A numerical musculo-skeletal model of the shoulder for the study of the biomechanics of the sternoclavicular joint

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SIARI UNIPG: [128426] Home page macrotipologia

Prodotti recenti

Agronomic Practices Shape Tissue-Specific Antioxidant Capacity and Metabolic Profiles in Achillea millefolium L

Development of an Advanced 4D Foot Shape Model from Multiple Acquisitions at Different Flexion Angles

A Novel Integrated CAD-Multibody Approach for TMJ Prosthesis Design

Shape optimization of tmj prosthetic fossa: a kinematic-driven approach

A numerical musculo-skeletal model of the shoulder for the study of the biomechanics of the sternoclavicular joint

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