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Prof.ssa GIULIA LANZARA

Contributo in Rivista

• Effect of a niobium-doped PZT interfacial layer thickness on the properties of epitaxial PMN-PT thin films, BOOTA, MUHAMMAD; LANZARA, GIULIA, , 2023Link identifier #identifier_person_175650-1 Dettaglio
• Unusual nonlinear switching in branched carbon nanotube nanocomposites, FORMICA, GIOVANNI; LANZARA, GIULIA, , 2023Link identifier #identifier_person_74273-2 Dettaglio
• The effect of branched carbon nanotubes as reinforcing nano-filler in polymer nanocomposites, LANZARA, GIULIA, , 2022Link identifier #identifier_person_11031-3 Dettaglio
• Effect of a thin (doped) PZT interfacial layer on the properties of epitaxial PMN-PT films, BOOTA, MUHAMMAD; LANZARA, GIULIA, , 2020Link identifier #identifier_person_120611-4 Dettaglio
• "sliding Crystals" on Low-Dimensional Carbonaceous Nanofillers as Distributed Nanopistons for Highly Damping Materials, LANZARA, GIULIA, , 2019Link identifier #identifier_person_16447-5 Dettaglio
• Parametric Identification of Carbon Nanotube Nanocomposites Constitutive Response, FORMICA, GIOVANNI; LANZARA, GIULIA, , 2019Link identifier #identifier_person_120958-6 Dettaglio
• A Novel Strategy to Achieve Enhanced Reinforcement and Decreased Damping in CNT-Nanocomposites, KARIMZADEH, MARYAM; TALO', MICHELA; LACARBONARA, WALTER; LANZARA, GIULIA, , 2018Link identifier #identifier_person_43753-7 Dettaglio
• Auxetic Films with a Miniaturized Cellular Structure, CHEN, YINGJIE; LANZARA, GIULIA, , 2018Link identifier #identifier_person_113701-8 Dettaglio
• Characterization of Electrospun PVDF Fibres for Sensing and Actuation, FABRIANI, FEDERICO; CHINNAM, KRISHNA CHYTANYA; IUCCI, GIOVANNA; LANZARA, GIULIA, , 2018Link identifier #identifier_person_109409-9 Dettaglio
• Functionalization of stretchable networks with sensors and switches for composite materials, LANZARA, GIULIA, , 2018Link identifier #identifier_person_122121-10 Dettaglio
• Highly Performing Nanocomposite Sensors for Damage Detection, MAGNAFICO, ERIKA; KARIMZADEH, MARYAM; LANZARA, GIULIA, , 2018Link identifier #identifier_person_120183-11 Dettaglio
• An updated micromechanical model based on morphological characterization of carbon nanotube nanocomposites, LANZARA, GIULIA, , 2017Link identifier #identifier_person_6699-12 Dettaglio
• Effect of fabrication conditions on phase formation and properties of epitaxial (PbMg1/3Nb2/3O3)0.67-(PbTiO3)0.33 thin films on (001) SrTiO3, BOOTA, MUHAMMAD; LANZARA, GIULIA, , 2016Link identifier #identifier_person_166321-13 Dettaglio
• Properties of epitaxial, (001)- and (110)-oriented (PbMg1/3Nb2/3O3)2/3-(PbTiO3)1/3 films on silicon described by polarization rotation, BOOTA, MUHAMMAD; LANZARA, GIULIA, , 2016Link identifier #identifier_person_10055-14 Dettaglio
• A monolithic functional film of nanotubes/cellulose/ionic liquid for high performance supercapacitors, BASIRICO', LUCIA; LANZARA, GIULIA, , 2014Link identifier #identifier_person_109738-15 Dettaglio
• Microfabricated expandable sensor networks for intelligent sensing materials, LANZARA, GIULIA, , 2014Link identifier #identifier_person_81288-16 Dettaglio
• Bio-inspired stretchable network-based intelligent composites, LANZARA, GIULIA, , 2013Link identifier #identifier_person_164748-17 Dettaglio
• Moving towards high-power, high-frequency and low-resistance CNT supercapacitors by tuning the CNT length, axial deformation and contact resistance, BASIRICO', LUCIA; LANZARA, GIULIA, , 2012Link identifier #identifier_person_128125-18 Dettaglio
• A spider-web-like highly expandable sensor network for multifunctional materials, LANZARA, GIULIA, , 2010Link identifier #identifier_person_9750-19 Dettaglio
• Design of micro-scale highly expandable networks of polymer-based substrates for macro-scale applications, LANZARA, GIULIA, , 2010Link identifier #identifier_person_1599-20 Dettaglio
• Mechanical properties of nanostructured carbon layers grown by CVD and PLD techniques, LANZARA, GIULIA, , 2010Link identifier #identifier_person_165685-21 Dettaglio
• Carbon nanotube reservoirs for self-healing materials, LANZARA, GIULIA, , 2009Link identifier #identifier_person_87549-22 Dettaglio
• Design and characterization of a carbon-nanotube-reinforced adhesive coating for piezoelectric ceramic discs, LANZARA, GIULIA, , 2009Link identifier #identifier_person_25981-23 Dettaglio
• Influence of interface degradation on the performance of piezoelectric actuators, LANZARA, GIULIA, , 2009Link identifier #identifier_person_11759-24 Dettaglio

Libro

• Link identifier #identifier_person_37716-25Dettaglio

Contributo in volume e atti di convegno

• HAUSHERR, GINEVRA; LANZARA, GIULIA, An Innovative Multi-Layer System for Thermally Activated Switching Actions, 2023 Link identifier #identifier_person_163517-26Dettaglio
• CHINNAM, KRISHNA CHYTANYA; MOEINI, SEYED SEPEHR; TUTI, SIMONETTA; LANZARA, GIULIA, Annealed Pyrolytic Graphitic Carbon Electrodes for Piezoelectric Acoustic Nanoweb, 2023 Link identifier #identifier_person_96623-27Dettaglio
• VIEIRA ALEXANDRINO, LUIS PEDRO; PORRARI, ALESSANDRO; FONTANELLA, STEFANIA; LANZARA, GIULIA, Morphing Carbon Fiber Reinforced Composite Coated With Magnetic Alginate Spheres, 2023 Link identifier #identifier_person_98152-28Dettaglio
• LANZARA, GIULIA; PORRARI, ALESSANDRO, Self-Healing of Fibre-Reinforced Delaminated Composites, 2023 Link identifier #identifier_person_191523-29Dettaglio
• CHINNAM, KRISHNA CHYTANYA; CASALOTTI, ARNALDO; BEMPORAD, EDOARDO; LANZARA, GIULIA, Electromechanical Characterization of an Electrospun Piezoelectric Microfiber, pp. 141 149, 2020 Link identifier #identifier_person_18096-30Dettaglio
• TALO', MICHELA; CARBONI, BIAGIO; FORMICA, GIOVANNI; LANZARA, GIULIA; LACARBONARA, WALTER, Nonlinear Dynamic Response of Nanocomposite Cantilever Beams, vol. 3, pp. 49 57, 2020 Link identifier #identifier_person_167395-31Dettaglio
• CHINNAM, KRISHNA CHYTANYA; CASALOTTI, ARNALDO; LANZARA, GIULIA, Dynamic response of an electrospun PVDF - Fe3O4 piezoelectric composite microfiber, 2019 Link identifier #identifier_person_175367-32Dettaglio
• FABRIANI, FEDERICO; CHINNAM, KRISHNA CHYTANYA; CASALOTTI, ARNALDO; LANZARA, GIULIA, Effect of electrospun PVDF-fibers orientation for vibration sensing, IOP CONFERENCE SERIES: MATERIALS SCIENCE AND ENGINEERING, issn 1757-8981, vol. 544, 2019 Link identifier #identifier_person_29959-33Dettaglio
• FABRIANI, FEDERICO; LANZARA, GIULIA, Multifunctional glass-fiber composite with self-monitoring capability, IOP CONFERENCE SERIES: MATERIALS SCIENCE AND ENGINEERING, issn 1757-8981, vol. 544, 2019 Link identifier #identifier_person_32134-34Dettaglio
• MAGNAFICO, ERIKA; CASALOTTI, ARNALDO; LANZARA, GIULIA, Nanocomposite coating for strain monitoring, 2019 Link identifier #identifier_person_42181-35Dettaglio
• FABRIANI, FEDERICO; LANZARA, GIULIA, Self-sensing composite materials with intelligent fabrics, 2019 Link identifier #identifier_person_95284-36Dettaglio
• CASALOTTI, ARNALDO; LANZARA, GIULIA, Towards highly reconfigurable carbon fiber composite, 2019 Link identifier #identifier_person_25799-37Dettaglio
• TALO', MICHELA; LANZARA, GIULIA; LACARBONARA, WALTER, Ultra-long nanocomposite wire ropes, 2019 Link identifier #identifier_person_27924-38Dettaglio
• FORMICA, GIOVANNI; LANZARA, GIULIA, An effective elastic model for nanostructured composite materials, 2018 Link identifier #identifier_person_26702-39Dettaglio
• MAGNAFICO, ERIKA; CASALOTTI, ARNALDO; LANZARA, GIULIA, Electromechanical characterization of an innovative painted carbon nanotube strain sensor under dynamic loading, vol. 2, 2018 Link identifier #identifier_person_171430-40Dettaglio
• CHINNAM, KRISHNA CHYTANYA; FABRIANI, FEDERICO; IUCCI, GIOVANNA; LANZARA, GIULIA, Electrospun PVDF miniaturized muscles for bio inspired morphing materials, vol. 2, 2018 Link identifier #identifier_person_28269-41Dettaglio
• FORMICA, GIOVANNI; LANZARA, GIULIA, Hysteresis identification of carbon nanotube composite beams, vol. 4, 2018 Link identifier #identifier_person_71456-42Dettaglio
• FORMICA, GIOVANNI; LANZARA, GIULIA, Hysteretic dissipation in carbon nanotube nanocomposites, 2018 Link identifier #identifier_person_22248-43Dettaglio
• TALO', MICHELA; LANZARA, GIULIA; KARIMZADEH, MARYAM; LACARBONARA, WALTER, Interface engineering of CNT/polymer nanocomposites with tunable damping properties, vol. 1, 2018 Link identifier #identifier_person_87679-44Dettaglio
• FORMICA, GIOVANNI; LANZARA, GIULIA, Interfacial sliding-driven hysteresis in polymer/carbon nanotube nanocomposites, 2018 Link identifier #identifier_person_156347-45Dettaglio
• CASALOTTI, ARNALDO; LANZARA, GIULIA, Self-activated morphing carbon fiber composites via cyclic internal stresses, vol. 1, pp. 148 151, 2018 Link identifier #identifier_person_129440-46Dettaglio
• CASALOTTI, ARNALDO; LANZARA, GIULIA, SELF-ACTUATED MORPHING COMPOSITE WITH TUNABLE FREQUENCY AND DAMPING, 2018 Link identifier #identifier_person_17723-47Dettaglio
• CASALOTTI, ARNALDO; CHINNAM, KRISHNA CHYTANYA; LANZARA, GIULIA, Self-adaptable carbon fiber composite, vol. 1, 2018 Link identifier #identifier_person_7833-48Dettaglio
• CASALOTTI, ARNALDO; LANZARA, GIULIA, Shape-Changing Carbon Fiber Composite with Tunable Frequency and Damping, PROCEEDINGS, issn 2504-3900, vol. 2, 2018 Link identifier #identifier_person_92-49Dettaglio
• MAGNAFICO, ERIKA; CASALOTTI, ARNALDO; KARIMZADEH, MARYAM; CHINNAM, KRISHNA CHYTANYA; LANZARA, GIULIA, Strain sensing with CNT Nanocomposites: Static, cyclic and dynamic electromechanical material characterization, vol. 1, pp. 50 53, 2018 Link identifier #identifier_person_194913-50Dettaglio
• FORMICA, GIOVANNI; MILICCHIO, FRANCO; LANZARA, GIULIA, Hysteresis optimization in carbon nanotube/thermoplastic nanocomposites, 2017 Link identifier #identifier_person_146191-51Dettaglio
• LACARBONARA, WALTER; LANZARA, GIULIA, Tailoring of hysteresis across different material scales, vol. 199, pp. 227 250, 2017 Link identifier #identifier_person_137030-52Dettaglio
• LANZARA, GIULIA, Can Micro-Chiral Cellular Structures Be Auxetic?, vol. 4, 2015 Link identifier #identifier_person_106085-53Dettaglio
• LANZARA, GIULIA, Carbon Nanotube Micropillars for Strain Sensing, vol. 4, 2015 Link identifier #identifier_person_21261-54Dettaglio
• LANZARA, GIULIA; FORMICA, GIOVANNI, High-strength, high-dissipation carbon nanotube nanocomposites, vol. 2015, 2015 Link identifier #identifier_person_67619-55Dettaglio
• LANZARA, GIULIA, Composito semisolido nanostrutturato dalle elevate prestazioni elettrochimiche, 2014 Link identifier #identifier_person_36158-56Dettaglio
• FORMICA, GIOVANNI; LANZARA, GIULIA, Highly dissipating carbon nanotube nanocomposites, 2014 Link identifier #identifier_person_196007-57Dettaglio
• LANZARA, GIULIA, Screen Printed Piezoceramic Actuators/Sensors Microfabricated on Organic Films and Stretchable Networks, vol. 2, pp. 1543 1550, 2013 Link identifier #identifier_person_175697-58Dettaglio
• LANZARA, GIULIA, Bio-inspired intelligent sensing materials for fly-by-feel autonomous vehicles, 2012 Link identifier #identifier_person_171113-59Dettaglio
• LANZARA, GIULIA, Self-rechargeable Composite Structures with Carbon Nanoteubs Sueprcapacitors, 2012 Link identifier #identifier_person_73219-60Dettaglio
• LANZARA, GIULIA, Self-rechargeable multifunctional carbon fiber composites with CNTs supercapacitors, 2012 Link identifier #identifier_person_122063-61Dettaglio
• LANZARA, GIULIA, Bio-inspired smart skin based on expandable network, vol. 2, pp. 1717 1723, 2011 Link identifier #identifier_person_24126-62Dettaglio
• LANZARA, GIULIA, Development of a bio-inspired stretchable network for intelligent composites, vol. Code 96311, 2011 Link identifier #identifier_person_185261-63Dettaglio
• LANZARA, GIULIA, High-power supercapacitors with CNT-based composite nanofibers, 2011 Link identifier #identifier_person_68286-64Dettaglio
• LANZARA, GIULIA, Micro-fabricated, expandable temperature sensor network for macro-scale deployment in composite structures, 2011 Link identifier #identifier_person_60856-65Dettaglio
• LANZARA, GIULIA, Carbon nanosensors for health monitoring of PZT bondline during curing and its in-service life, pp. 1325 1331, 2010 Link identifier #identifier_person_73132-66Dettaglio
• LANZARA, GIULIA, Carbon nanotube coated piezoelectric ceramic for self-health-monitoring, 2009 Link identifier #identifier_person_92725-67Dettaglio
• LANZARA, GIULIA, Design of planar electrodes for multifunctional piezoelectric sensors, vol. 1, pp. 1080 1087, 2009 Link identifier #identifier_person_10137-68Dettaglio
• LANZARA, GIULIA, Multifunctional sensor nodes in stretchable network for structural health monitoring, vol. 1, pp. 805 814, 2009 Link identifier #identifier_person_80796-69Dettaglio
• LANZARA, GIULIA, "Stretchable silicon" wired sensor networks for smart materials, 2008 Link identifier #identifier_person_129443-70Dettaglio
• LANZARA, GIULIA, A large area flexible expandable network for structural health monitoring, PROCEEDINGS OF SPIE, THE INTERNATIONAL SOCIETY FOR OPTICAL ENGINEERING, issn 0277-786X, vol. 6932, 2008 Link identifier #identifier_person_114006-71Dettaglio
• LANZARA, GIULIA, Design of stretchable microwires for flexible networks, 2008 Link identifier #identifier_person_153743-72Dettaglio
• LANZARA, GIULIA, An approach to cost-effective, robust, large-area electronics using monolithic silicon, TECHNICAL DIGEST - INTERNATIONAL ELECTRON DEVICES MEETING, issn 0163-1918, pp. 217 220, 2007 Link identifier #identifier_person_54108-73Dettaglio
• LANZARA, GIULIA, Characterization of CNTs-reinforced interfaces for surface mounted piezoelectric actuators, vol. 6, pp. 5547 5554, 2007 Link identifier #identifier_person_83412-74Dettaglio
• LANZARA, GIULIA, Nanocomposite functional bond with carbon nanotubes, 2007 Link identifier #identifier_person_29895-75Dettaglio
• LANZARA, GIULIA, Novel processes to reinforce the piezoelectric actuator interface with carbon nanotubes, PROCEEDINGS OF SPIE, THE INTERNATIONAL SOCIETY FOR OPTICAL ENGINEERING, issn 0277-786X, vol. 6526, 2007 Link identifier #identifier_person_198100-76Dettaglio
• LANZARA, GIULIA, Stretching of a monolithic silicon-based sensor network for large area embedded structural health monitoring, vol. 1, pp. 778 785, 2007 Link identifier #identifier_person_111989-77Dettaglio