Multidisciplinary Studies on Ceramics Group

GREEN AND SUSTAINABLE PROCESSING

We work on the design of new materials with a range of specific properties for a given application. Special emphasis is placed on the control of process parameters in relation to the microstructure and on the development of economically viable manufacturing technologies with extremely high performance. See our recent work on green and sustainable processing of piezoelectrics “BaZrO₃-BaTiO₃-CaTiO₃ piezoceramics by a water-based mixed-oxide route: Synergetic action of attrition milling and lyophilization” here

MECHANICAL PROPERTIES AND STRUCTURAL RELIABILITY

The group specialises in the mechanical behaviour, reliability and the relationship between microstructure and in-service behaviour of a wide range of advanced materials. For example, it studies the biomechanical behaviour of different commercial structural prostheses in order to replace the materials from which they are made with new materials that are more reliable, durable and at the same time multifunctional. This last reserach line is based on the basic knowledge acquired in the field of biomaterials to transfer it to a real clinical problem.

MATERIALS AND COMPONENTS FOR DENTAL IMPLANTOPROSTHESES

Nowadays, the problems related to dental implants, in which this line of research is included, have an extraordinary impact both from a social point of view (in the EU alone the number of people who need implants is more than 100 million) and from an economic point of view. It is a sector with a spectacular growth (>20% per year), reaching a volume of € 5000 million in the EU alone. The results of this line have led to the development of new generation of biomaterials for use in dental applications with a higher success rate than current implants.

SEPIOLITE-BASED ADDITIVES AS A VECTOR OF NANOPARTICLES TO IMPROVE THE PROPERTIES OF ORGANIC AND INORGANIC MATRICES.

The main objective of this research line is the development of nanocomposite materials with an inorganic or polymeric matrix with multiple functionalities, e.g. high mechanical and tribological resistance, biocidal activity, etc. Sepiolite is able to host nanoparticles and optimise nano/microparticulate materials with many interesting properties, which are being exploited in products with new functionalities.

2024 Visiting Professor stay at UNISS

Lorena Pardo has enjoyed a new stay under the Visiting Professor Programme at the “Dipartimento di Scienze chimiche, fisiche, matematiche e naturali» of the University of Sassari (UNISS, Italy). Two previous stays took place in 2019 and 2023. See below the goup photo of the INMATE2LAB Research Group during the…

Our next dissemination activities:

European Conference on Applications of Polar Dielectrics. 16 – 19 June 2024 in Trondheim, Norway. Oral contribution. Ceramics processing I. Monday 17 June, 2024. 10:15 FUNCTIONAL PROPERTIES OF (K0.5Nas0.5)NbO3 (KNN) PIEZOCERAMICS BY A SOLID STATE ROUTE USING ATTRITION BALL MILLING Lorena Pardo XVII Edición del Congreso Nacional de Materiales CNMAT24….

Starting out on a challenging journey

The ICMM Group of Multidisciplinary Studies on Ceramics was renovated in May 2024 to join diverse expertise related with advanced functionalities of ceramic materials. From Left to right: Sonia López Esteban, Jose F. Bartolomé Gómez, Victor Escribano Castillo, Lorena Pardo and Ana Torres Muñoz

GREEN AND SUSTAINABLE PROCESSING

MECHANICAL PROPERTIES AND STRUCTURAL RELIABILITY

ENVIRONMENTAL RESPECT ISSUE

MATERIALS AND COMPONENTS FOR DENTAL IMPLANTOPROSTHESES

SEPIOLITE-BASED ADDITIVES AS A VECTOR OF NANOPARTICLES TO IMPROVE THE PROPERTIES OF ORGANIC AND INORGANIC MATRICES.

Description and Mission of the group

Processing

Mechanical Props. & Reliability

Functional Ferroelectrics

2024 Visiting Professor stay at UNISS

Our next dissemination activities:

Starting out on a challenging journey