0000000000290317

AUTHOR

Monaco Alessia

showing 4 related works from this author

Sistema di dissipazione sismica per strutture edili

2022

Settore ICAR/09 - Tecnica Delle CostruzioniFriction connection beam-column connection hybrid beam.
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Testing and Modeling of Hybrid Steel-Trussed Concrete Beams in Shear

2014

three-point bending teststress transferring mechanismhybrid steel trussed-concrete beams; push-out tests; shear connection; stress transferring mechanism; three-point bending tests; shear resistance; size effect; finite element modeling; analytical modelingthree-point bending testsfinite element modelinghybrid steel trussed-concrete beamspush-out testanalytical modelingshear resistancehybrid steel trussed-concrete beamSettore ICAR/09 - Tecnica Delle Costruzionisize effectpush-out testsshear connection
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Indagini teoriche e sperimentali su dissipatori ad attrito per edifici in acciaio in zona sismica

2017

The present paper presents the results of experimental analyses carried out to study the behaviour of slotted bolted connections (SBC) as friction steel dampers. The devices consist of bolted joints with slotted holes, which can be used in both steel and RC framed structures or, alternatively, into beam-column and column-foundation joints. The most suitable configurations to increase friction are investigated utilizing steel S355J0 plates and class 10.9HV high-strength bolts, under controlled pre-load and considering different types of surface treatment. Experimental tests are carried out making use of a universal testing machine, which allows mak-ing displacement-controlled tests. Once the…

Dissipatori ad attrito; connessioni bullonate asolate; indagine sperimentale; monitoraggio del pre-carico; tecniche di serraggio controllato; trattamento superficiale; interfaccia zincata.Settore ICAR/09 - Tecnica Delle Costruzioniconnessioni bullonate asolateinterfaccia zincata.tecniche di serraggio controllatoDissipatori ad attritotrattamento superficialeinterfaccia zincatamonitoraggio del pre-caricoindagine sperimentale
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Effectiveness of Flax-TRM composites under traction

2023

The scientific research in the field of masonry structures is increasingly welcoming the adoption of innovative and sustainable rehabilitation techniques aimed at the safeguarding of the Built Cultural Heritage. Textile Reinforced Matrix (TRM) composites are the most widely investigated strengthening systems for ancient masonry structures, thanks to their high compatibility level with the material substrates in terms of fire resistance, chemical/physical aspects, reversibility property, little impact on dimensions, stiffness and weight. Nevertheless, in the last years, the growing concern on sustainability increased the interest in products with low environmental impact, for promoting circu…

Settore ICAR/09 - Tecnica Delle CostruzioniTRMnatural fibresexperimental testingInorganic Matrix CompositesBasalt fibresFRCMtensile behaviourvegetable fibres
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