Laboratory of Materials and Structures Testing

Director and Scientific Coordinator: Professor Angelo Luongo

Activity

The Laboratory of Materials and Structures Testing originates from an agreement between the University of L’Aquila (M&MoCS Research Center and The Department of Structures, Water and Soil Engineering,) and the municipality of Cisterna di Latina.
Laboratory activities involve experiments on materials and structures for the purpose of consultancy, applied research and teaching.
The aim of the Laboratory is to provide the construction industry with a diagnosis of the state of degradation of civil works. The aim is to provide an assessment of the residual life of structures and the continued operation of the same in secure conditions through the use of optimal technologies.
The Laboratory has its registered premises in the building of the former Nalco in Cisterna di Latina which is easily accessible from the city and has a large area for the unloading of goods and materials.

Office Hours

MORNING AFTERNOON
LUNEDI 8:30 – 12:30 02:00pm – 05:00pm
MARTEDI 8:30 – 12:30 02:00pm – 05:00pm
MERCOLEDI CLOSED 03:00pm – 05:00pm
GIOVEDI 8:30 – 12:30 02:00pm – 05:00pm
VENERDI 8:30 – 12:30 02:00pm – 05:00pm

Location

Via delle Province snc (ex area Nalco),  04012 Cisterna di Latina (LT)
Tel: +39 334 5497381
E-mail: memocs.provemateriali@gmail.com

Equipment

Testing machines, equipment and instruments fully comply with the regulations set down by Italian and European legislation .
Laboratory activities involve experiments on materials and structures for the purpose of consultancy, applied research and teaching.
Inside The Laboratory of Materials and Structures Testing compression tests are carried out on cubical and cylindrical concrete specimens, as foreseen by Law 1086/71 and as specified by UNI EN 2002 and EN 12390-7 12390-3 2003.
Furthermore, mechanical tests are performed on steels and other materials through the use of a universal machine able to perform compression, tensile and bending tests. These machines are controlled by automatically updated software that allows the performance of all tests in compliance with regulations.
Each test provides the issue of test certificates stating the results as required by the client, in full compliance with applicable laws.

Metrocom Press 3000 kN Compression Testing


Specifications

  • Maximum load: 3000 kN
  • Maximum piston stroke: 60 mm
  • Higher steel articulated compression plate: ∅290 mm approx.
  • Lower steel rigid compression plate: ∅290 mm approx.
  • Spacers compression plate: ∅246 mm approx.
  • Maximum distance between compression plates: 330 mm approx.
  • Minimum distance between compression plates: 126 mm approx. with piston at rest
  • Equipped with electronic / hydraulic system suitable for carrying out tests with increasing load
  • Equipped with a data acquisition system

Metrocom Machine for traction anduniversal tests

macchina_universale
Specifications

  • Maximum load: 600 kN
  • Speed: adjustable from 0.05 to 150 mm / min approx.
  • Maximum distance between the tooth couplings: 1,530 mm approx.
  • Power supply: 400 V 50 Hz three-phase
  • Power electronic module: 230 V 50 Hz single-phase

Metrocom Bar Benders Machine

piegaferri1

Specifications

  • Max piston thrust: 200 kN
  • Max piston stroke: 550 mm
  • Voltage: 400 V 50 Hz three-phase

Forms

Banking Institute

BANCA POPOLARE DELL’EMILIA ROMAGNA – GRUPPO BPER

IBAN: IT08C0538703601000000198059

INTESTATARIO: UNIVERSITA’ DEGLI STUDI DELL’AQUILA M&MOCS – Centro Int.le Ricerca Matematica e Meccanica Sistemi Complessi