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SISLab - Unibas | The Laboratory
Il Laboratorio di Materiali e Strutture dell’Università degli studi della Basilicata ha svolto un ruolo sempre più significativo nel panorama nazionale ed internazionale al punto da divenire uno dei soci fondatori della Rete dei Laboratori Universitari di Ingegneria Sismica (ReLUIS), svolgendo la funzione di Centro di Competenza per il Dipartimento della Protezione Civile della Presidenza del Consiglio dei Ministri.
VULNERABILITÀ SISMICA,PROGETTAZIONE PROVE,STUDIO DI NUOVI MATERIALI,RIABILITAZIONE EDIFICI,RIABILITAZIONE PONTI,SVILUPPO E SPERIMENTAZIONE,TECNICHE INNOVATIVE
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The Laboratory

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GENERAL DESCRIPTION

The Lab

The Materials and Structures Test Laboratory – SisLab, School of Engineering of the University of Basilicata, is highly involved in the research and development of innovative techniques for the protection of structures from seismic action.

SisLab also provides peer review through the performance of certification testing for the characterization of materials and devices produced by the commercial construction manufacture.

In particular SisLab is divided into two parts. The first is the testing of traditional and innovative materials. The second part concentrates on the dynamic and pseudo – dynamic testing structures and their elements.

The SisLab is authorized by the Central Technical Sevice in accordance with the italian code L.1086/71. The Central Technical Service is the italian department in charge of calibration approval of test apparatus for testing on structural materials (concrete and steel).

In this way the Laboratory has been able to develop considerable expertise in the fields of:

MATERIAL TESTING

Steel, Concrete, Masonry, Timber, Elastomeric Materials, PTFE, Shape Memory Alloys (SMA).

SEISMIC DEVICE TESTING ELASTOMERIC ISOLATORS FRICTION ISOLATORS

Displacement dependant devices Velocity dependant devices

STRUCTURES AND SUB-ASSEMBLY TESTING

Shaking table tests Pseudo-dynamic tests Quasi-static tests Cyclic tests

INSITU TESTING

Geometric and construction detail survey, Material characterization, Monitoring and diagnosis, Dynamic identification, Damage detection, Snap-back testing

DEVELOPMENT OF LOW-DAMAGE STRUCTURAL TECHNIQUES

Seismic isolation, CAM and Dis-CAM tecniques