Person
SARTORE Luciana
Docenti di ruolo di IIa fascia
Course Catalogue:
Luciana Sartore - Associate Professor of Materials Science and Technology- is an expert in the development of innovative tailor-made polymeric materials, blends, composites, hydrogels and foams;
moreover, she is expert in the physical, chemical, thermal and mechanical characterization of said materials.
Communications
Curriculum Vitae
Luciana Sartore was born in 1961 and received her degree in Chemistry at the University of Padova in 1987, Researcher at the Faculty of Engineering of University of Brescia since 1992 and then Associate Professor in Materials Science and Technology since 2003. She currently is holder of the Italian national habilitation as full professor for Materials Science and Technology.
The research activity of prof. Sartore is mainly in the field of polymeric materials for advanced engineering applications and covers the aspects related to the preparation and modification of tailor-made polymers and their physical, chemical, thermal and mechanical characterization. The main researches in progress deal with the development of polymeric materials and nanocomposites for environmental applications and for gas sensing, polymer blends, biomaterials and green plastics. Special emphasis is given to the development of innovative polymeric biomaterials starting from renewable source, in particular from agrochemical waste and from by-products of tannery industry, for biodegradable packaging and agriculture applications. Recently she is involved in the development of innovative blends, composites, hydrogels and foams for tissue engineering applications.
Prof. Sartore is member of the following associations: ACS (American Chemical Society), AIMAT (Italian Association for Materials Engineering), AIM (Italian Association for Science and Technology of Macromolecules), INSTM (Consorzio Interuniversitario per la Scienza e Tecnologia dei Materiali); Member of the "Materials for Engineering" PhD programme board at the University of Brescia.
She is author of more than 100 scientific articles on international reviews; referee of materials science and technology journals; co-inventor of about 20 patents related to advanced materials and biomaterials. Official H index: 26.0 (Source: Scopus)
The research activity of prof. Sartore is mainly in the field of polymeric materials for advanced engineering applications and covers the aspects related to the preparation and modification of tailor-made polymers and their physical, chemical, thermal and mechanical characterization. The main researches in progress deal with the development of polymeric materials and nanocomposites for environmental applications and for gas sensing, polymer blends, biomaterials and green plastics. Special emphasis is given to the development of innovative polymeric biomaterials starting from renewable source, in particular from agrochemical waste and from by-products of tannery industry, for biodegradable packaging and agriculture applications. Recently she is involved in the development of innovative blends, composites, hydrogels and foams for tissue engineering applications.
Prof. Sartore is member of the following associations: ACS (American Chemical Society), AIMAT (Italian Association for Materials Engineering), AIM (Italian Association for Science and Technology of Macromolecules), INSTM (Consorzio Interuniversitario per la Scienza e Tecnologia dei Materiali); Member of the "Materials for Engineering" PhD programme board at the University of Brescia.
She is author of more than 100 scientific articles on international reviews; referee of materials science and technology journals; co-inventor of about 20 patents related to advanced materials and biomaterials. Official H index: 26.0 (Source: Scopus)
Fields (8)
Free text keywords (3)
BIOPLASTICHE
BLEND, IDROGELI E SCHIUME
INGEGNERIA TISSUTALE
No Results Found
Research fields (4)
- Bioplastics and green technologies: development and optimization of the biotechnological properties of new biodegradable and/or compostable materials with specific functional properties and obtained from raw materials derived from renewable sources or industrial waste.
Development of innovative polymeric biomaterials for tissue engineering: blend, composites, hydrogels and foams.
High performance (bio)chemical sensor for heavy metal ions real time detection
Surface modification processes aimed at providing new features and/or functionality to systems/products for applications in controlled release and delivery of active substances, in regenerative medicine and in environmental sensors.
No Results Found