Browsing Articles by Author "Cabratosa-Termes, Josep"
Now showing items 1-9 of 9
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A 3D finite element analysis model of single implant-supported prosthesis under dynamic impact loading for evaluation of stress in the crown, abutment and cortical bone using different rehabilitation materials
CANTO-NAVES, ORIOL; Medina-Galvez, Raul; Marimon Serra, Xavier; Ferrer, Miquel; Figueras Álvarez, Óscar; Cabratosa-Termes, Josep (Materials, 2021)In the literature, many researchers investigated static loading effects on an implant. However, dynamic loading under impact loading has not been investigated formally using numerical methods. This study ... -
Bone stress evaluation with and without cortical bone using several dental restorative materials subjected to impact load: a fully 3D transient finite-element study
Medina-Galvez, Raul; Cantó, Oriol; Marimon Serra, Xavier; Cerrolaza, Miguel; Ferrer, Miquel; Cabratosa-Termes, Josep (Materials, 2021)Statement of problem. Previous peri-implantitis, peri-implant bone regeneration, or immediate implant placement postextraction may be responsible for the absence of cortical bone. Single crown materials ... -
Conveniencia de una aleación elástica de aplicación en prótesis parciales removibles. Ensayo clínico
Rustullet Mañé, Olga; Giner-Tarrida, Luis; Cabratosa-Termes, Josep; Cortada Colomer, Miquel (Avances en Odontoestomatología, 1998)En este artículo se plantean varias situaciones donde la colocación de los retenedores de Cr-Co presenta inconvenientes por su excesiva rigidez; y se da a conocer la aplicación de una aleación de Ni-Ti ... -
A digital technique to fabricating removable complete dentures with a printed denture duplicate from a digital scan of patient’s old complete denture
Figueras Alvarez, Oscar; Brufau de Barberà, Magí; Brufau, Arnau; Cabratosa-Termes, Josep; Real Voltas, Francisco (Open Access Journal of Dental and Oral Surgery, 2020)The intraoral digital scan consists of stitching many photographs to build a three-dimensional mesh, which may not be suitable for mobile tissues, resulting in challenging for making removable complete ... -
In vitro comparison of internal and marginal adaptation between printed and milled onlays
Cantó-Navés, Oriol; Michels, Kyra; Figueras-Alvarez, Oscar; Fernández-Villar, Sandra; Cabratosa-Termes, Josep; Roig, Miguel (Materials, 2023)Statement of problem: Nowadays, milling is still the gold standard for fabricating indirect restorations, but to overcome its disadvantages, there are alternatives, such as 3D printing. Purpose: This ... -
In-vitro development of a temporal abutment screw to protect osseointegration in immediate loaded implants
García-Roncero, Herminio; Caballé-Serrano, Jordi; Cano Batalla, Jordi; Cabratosa-Termes, Josep; Figueras, Oscar (The Journal of Advanced Prosthodontics, 2015-04-23)Purpose: In this study, a temporal abutment fixation screw, designed to fracture in a controlled way upon application of an occlusal force sufficient to produce critical micromotion was developed. The ... -
Perimolisis
Sabriá, J.; Cabratosa-Termes, Josep; Giner-Tarrida, Luis; Espias, A.F.; Cortada, M. (Avances en Odontoestomatología, 1996)La perimolisis es un tipo de erosión en la que el agente químico implicado es el ácido de origen gástrico. Este refluye a la boca, bien por el vómito o por la regurgitación los cuales pueden darse por ... -
El problema de las nauseas en el tratamiento protético
Sabrià Rius, Joan; Giner-Tarrida, Luis; Rustullet Mañé, Olga; Cabratosa-Termes, Josep; Espías Gómez, Ángel Fortunato; Cortada Colomer, Miquel (Avances en Odontoestomatología, 1996)En condiciones normales, las nauseas son una respuesta refleja como mecanismo de defensa para evitar la entrada de cuerpos extraños en la tráquea. En algunos pacientes, la reacción a cualquier estímulo ... -
A systematic study of restorative crown-materials combinations for dental implants: characterization of mechanical properties under dynamic loads
Marimon Serra, Xavier; Cerrolaza, Miguel; Ferrer, Miquel; Cantó, Oriol; Cabratosa-Termes, Josep; Perez, Roman (International Journal of Molecular Sciences, 2022)This study aimed to find the optimum mechanical characteristics of the restorative materials for the manufacture of implant crowns subjected to impact loading when different combinations of materials ...