DMMM

francesco.cupertino@poliba.it

Contact Person

Francesco Cupertino

Technical Staff

Rinaldo Consoletti

rinaldo.consoletti@poliba.it

Companies and Institutions

GE Avio SRL, Arol SPA; EXPRIVIA SPA;

NUOVO PIGNONE SPA; BOSCH SPA; LEONARDO FINMECCANICA;

ISOTTA FRASCHINI MOTORI SPA; MERMEC GROUP; AUTOMOTIVE MASMEC SPA;

TESMEC SPA; UNISALENTO; INFN; CNR

Projects

Progetto CARETRON – Computerized mAintenance management system for industRial EquipmenT opeRatiONs” (CETMA) - MISE/REGIONE PUGLIA;

Progetto di Ricerca Industriale e Sviluppo Sperimentale, area di specializzazione “Aerospazio”, codice identificativo ARS01_01283, dal titolo “FURTHER - FUture Rivoluzionarie Tecnologie per velivoli più Elettrici”;

POR Puglia FESR-FSE 2014-2020 Asse prioritario 1 – Ricerca, sviluppo tecnologico, innovazione Azione 1.6 “Bando Innonetwork sostegno alle attività di R&S per lo sviluppo di nuove tecnologie sostenibili, di nuovi prodotti e servizi”: “GreenMill 4.0"

Progetto di ricerca PON R&C 2007-2013 - “MEARI: Gestione Ibrida dell’Energia per applicazioni aeronautiche”;

Progetto di Ricerca “PON R&C 2007-2013, Asse I – Titolo II : “AMIDERHA – Sistemi avanzati mini - invasivi di diagnosi e radioterapia”.

Funding

FURTHER: Euro 1.521.567,50;

MEARI: Euro 1.254.443,00;

CARETRON: Euro 1.132.500,00;

GreenMill 4.0: Euro 181.171,20.

Facilities

Schleich motor analyzer (misura di resistenza di precisione, misura di resistenza di isolamento degli avvolgimenti, prove di scarica parziale),

Oscilloscopi digitali Teledyne LeCroy (misure di corrente e tensione),

unità dSPACE (controlli utili alla caratterizzazione),

Torsiometro HBM T20WN (misure di coppia),

alimentatori a corrente continua (MagnaPower) e corrente alternata (Pacific);

Quadri elettrici con inverter customizzati in configurazione back-to-back

motori elettrici accoppiati in configurazione motore/freno dotati di encoder, sistemi dSpace.

Softwares

MagNet, FEMM

MATLAB per elaborazione in post processing;

MATLAB/Simulink per la progettazione degli algoritmi, Control Desk per implementare gli algoritmi su sistemi dSpace;

Ansys Engineering Simulation Software;

PLEXIM Electrical Engineering Software.

StakeHolder

PE7 Systems and Communication Engineering

Address / How to reach us

Officine Politecniche (ex Officine Scianatico) via Amendola 132 – BARI Piano Zero.

Hours

09:00 – 18:00

ELP Lab

vitogiuseppe.monopoli — Wed, 22 Dec 2021 10:49:15 +0000

ELP Lab vitogiuseppe.m… Wed, 12/22/2021 - 11:49

Lab full name

Laboratorio di Elettronica di Potenza – Officine Politecniche

ERC 2nd Level Code

ERC 3rd level Code

PE7_2 Electrical engineering: power components and/or systems

PE7_12 Electrical energy production, distribution, application

Research Activities

Progettazione di convertitori di potenza per uso avionico;
Caratterizzazione di dispositivi di potenza;
Progettazione e validazione di algoritmi di controllo per convertitori di potenza multilivello

Department

DEI

vitogiuseppe.monopoli@poliba.it

Contact Person

Vito Giuseppe Monopoli

Technical Staff

Rinaldo Consoletti

rinaldo.consoletti@poliba.it

Companies and Institutions

GE Avio SRL, Arol SPA; EXPRIVIA SPA;

NUOVO PIGNONE SPA; BOSCH SPA; LEONARDO FINMECCANICA;

ISOTTA FRASCHINI MOTORI SPA; MERMEC GROUP; AUTOMOTIVE MASMEC SPA;

TESMEC SPA; UNISALENTO; INFN; CNR

Projects

Progetto CARETRON – Computerized mAintenance management system for industRial EquipmenT opeRatiONs” (CETMA) - MISE/REGIONE PUGLIA;

Progetto di ricerca PON R&C 2007-2013 - “MEARI: Gestione Ibrida dell’Energia per applicazioni aeronautiche”;

Progetto di Ricerca “PON R&C 2007-2013, Asse I – Titolo II : “AMIDERHA – Sistemi avanzati mini - invasivi di diagnosi e radioterapia”.

Funding

FURTHER: Euro 1.521.567,50;

MEARI: Euro 1.254.443,00;

CARETRON: Euro 1.132.500,00;

GreenMill 4.0: Euro 181.171,20.

Facilities

Schleich motor analyzer (misura di resistenza di precisione, misura di resistenza di isolamento degli avvolgimenti, prove di scarica parziale),

Oscilloscopi digitali Teledyne LeCroy (misure di corrente e tensione),

unità dSPACE (controlli utili alla caratterizzazione),

Torsiometro HBM T20WN (misure di coppia),

alimentatori a corrente continua (MagnaPower) e corrente alternata (Pacific);

Quadri elettrici con inverter customizzati in configurazione back-to-back

motori elettrici accoppiati in configurazione motore/freno dotati di encoder, sistemi dSpace.

Softwares

MagNet, FEMM

MATLAB per elaborazione in post processing;

MATLAB/Simulink per la progettazione degli algoritmi, Control Desk per implementare gli algoritmi su sistemi dSpace;

Ansys Engineering Simulation Software;

PLEXIM Electrical Engineering Software.

StakeHolder

Address / How to reach us

Officine Politecniche (ex Officine Scianatico) via Amendola 132 – BARI Piano Zero.

Hours

09:00 – 18:00

CNC Lab

luigimaria.galantucci — Thu, 07 Oct 2021 15:22:59 +0000

CNC Lab luigimaria.gal… Thu, 10/07/2021 - 17:22

Lab full name

Computer numerical control machines laboratory

ERC 2nd Level Code

Research Activities

The Computer numerical control machines laboratory was founded in 1999. It is part of the scientific area of Manufacturing Systems and Technologies ING-IND/16.

The laboratory presents several CNC machines as well as a hydraulic press for moulding of thermoplastic materials.

The laboratory equipment has been adopted for research activities supporting the more innovative technologies, through the realization of prototypes and tools. Specimens for calibration procedure of measuring instruments, samples for material characterization and specifically designed tooling systems have been realized on CNC Machines. Moreover, different polymeric materials have been tested through the hydraulic press with different moulds.

Department

luigimaria.galantucci@poliba.it

Contact Person

Luigi Maria Galantucci

Companies and Institutions

Università di Bologna – Policlinico S. Orsola-Malpighi

Università Cattolica del Sacro Cuore Roma

Università di Bari - Medicina legale

Università di Napoli Federico II

Dipartimento Interateneo di Fisica “Michelangelo Merlin”

CNR Istituto di Fotonica e Nanotecnologie

Università di Kragujevac – Faculty of Engineering (Serbia)

Leone Spa

ICAM srl

Bosch TDI

GE Avio srl

Roboze srl

GE Oil and Gas

COFRA

Pezzol

Base Protection

Simitecno srl

Adler Ortho srl

Facilities

Alfa Engineering MM 430, CNC Machine Centre, for vertical milling and reaming, 4 controlled axis, Numerical Control SIEMENS 802D sl, ISO Spindle 40 power 7 kW, max speed 10000 g/min, automatic tool change, working volume 900x460x390 mm3

PENTAMAC srl QUICLY’T 1000, CNC Lathe. Distance between centres 1000 mm, max turning diameter 460 mm. Max spindle speed 2000 RPM. Electrical turret with 6 positions

FCN 500, CNC 4 axis milling machine, ISO spindle 30 -pot. 1 kW, vel. 100-3000 g/min, with Ethernet Motion Controller 7761M, working volume 500x140x215 mm3

DEMAG-ERGOTECH, Hydraulic press (maximum load: 80 ton) equipped for moulding of thermoplastic materials

Services

Creation of prototypes and small batches for different application sectors of Mechatronics

StakeHolder

Address / How to reach us

Viale Japigia 182 - Bari –Italy (DMMM)

Microtronic Lab

luigimaria.galantucci — Thu, 07 Oct 2021 15:15:15 +0000

Microtronic Lab luigimaria.gal… Thu, 10/07/2021 - 17:15

Lab full name

Microtronic Laboratory

ERC 2nd Level Code

Research Activities

The Microtronic laboratory, operating in the scientific area of Manufacturing systems and technologies (ING-IND/16), is part of the Microtronic network of laboratories. It is aimed to mechatronic sectors which are characterized by an ever higher request for micro-components realized in a large variety of materials.

The research activities are focused on the combination of micro-milling and additive manufacturing technologies for the realization of 3D complex parts at micro-scale level. Microscope and profilometer for surface analysis are used for performance verification of the micro-machining processes.

The machines and measuring instruments present in the laboratory are well suited for feasibility studies and services aimed at local companies comprised in the mechatronic district and operating in the fields of precision mechanic, tool design and automotive and machine components.

Department

luigimaria.galantucci@poliba.it

Contact Person

Luigi Maria Galantucci

Companies and Institutions

Leone Spa

Bosch TDI

ICAM srl

Roboze srl

GE Avio srl

GE Oil and Gas

Adler Ortho srl

Simitecno srl

Facilities

KUGLER Microgantry micro, 5 axis micro-milling machine, 1kW power spindle and 60000 RPM of maximum velocity, positioning accuracy comprised between 0,5 e 1,0 micrometers for Cartesian axis and ±1 arcsec for rotary axis

Hirox RH-2000 microscope, able to ensure several magnification levels (up to 10000x) wit rotary head and tilting table

Taylor Hobson CCI-MP HS, optical profilometer based on interferometric principle equipped for a minimum x-y resolution equal to1µm

WASP DELTA 4070, 3D printer for Poly(lactic acid) polymeric material. The maximum printing volume is 400x400x700 mm3

Zortax M-200, 3D printer optimized for ABS material and printing volume equal to 200x200x150 mm3

M-One MAKEX, additive manufacturing machine based on liquid resins photo polymerization and characterized by a xy resolution ranging from 60 to 75µm

Services

Feasibility studies and service activities for micro-processing and characterization of small series of mechatronic components

StakeHolder

Address / How to reach us

Viale Japigia 182- Bari- Italy (DMMM)

RaP-RE Lab

luigimaria.galantucci — Thu, 07 Oct 2021 14:59:05 +0000

RaP-RE Lab luigimaria.gal… Thu, 10/07/2021 - 16:59

Lab full name

Laboratory for Rapid Prototyping and Reverse Engineering

ERC 2nd Level Code

Research Activities

The research activities are oriented to the analysis and the study of new methodologies for AM and RE implementation. In AM field, new chemical treatments for surface finishing have been developed. Moreover, process parameters have been optimized in order to improve mechanical properties, reduce production time and surface roughness.

In RE, new 3D scanning methodologies have been developed based on photogrammetry, for different applications, from mechatronic to biomedical and forensic field. Calibration procedures have been improved for several optical configurations even at micro-scale level.

The laboratory was firstly funded by Piano Triennale MURST (D.M. 21/6/99). Thanks to some industrial research projects of “Distretto Tecnologico delle Meccatronica Pugliese, Regione Puglia, CIPE 20/04, intervento cod. DM01” and POR it has been constantly updated.

Department

luigimaria.galantucci@poliba.it

Contact Person

Luigi Maria Galantucci

Companies and Institutions

Università Cattolica del Sacro Cuore Roma

Università di Napoli Federico II

Università di Bologna – Policlinico S. Orsola-Malpighi

Università di Bari - Medicina legale

Università di Kragujevac – Faculty of Engineering (Serbia)

Dipartimento Interateneo di Fisica “Michelangelo Merlin”

CNR Istituto di Fotonica e Nanotecnologie

Leone Spa

Bosch TDI

ICAM srl

GE Avio srl

Roboze srl

GE Oil and Gas

Simitecno srl

Adler Ortho srl

COFRA, Pezzol

Base Protection

Saint-Gobain

UTG Lavorazioni

Facilities

Stratasys FDM 3000 using ABS material with layer height equal to 0.1 mm. Maximum working volume 254x254x406 mm3

WASP DELTA 4070, 3D printer for Poly(lactic acid) polymeric material. The maximum printing volume is 400x400x700 mm3

Zortax M-200, 3D printer optimized for ABS material and printing volume equal to 200x200x150 mm3

M-One MAKEX, additive manufacturing machine based on liquid resins photopolymerization and characterized by a xy resolution ranging from 60 to 75µm

Konica Minolta Vivid 910i, 3D automatic Laser Scanner: working volume ranging from 111*83*40 mm3 to 1196*897*750 mm3, accuracy X: ±0.22mm, Y: ±0.16mm, Z: ±0.10mm, scanning time comprised between 0.3 and 2.5 sec

Roland PIX 250, desktop 3D rotary laser scanner

CMM – Coordinate Measuring machine DeMeet 400, equipped with both contact and optical sensors. Measuring volume 400x250x200 mm3, resolution of 0.5 µm

Measuring arm GARDA, with Renishaw probe, spherical working volume of 2.5 m of diameter, accuracy of 0.05 mm

Line Laser Scanner Kreon, 16000 points per second of scanning speed, accuracy of 0.05 mm

Micro Z-Scan, Photogrammetric 3D scanning instrument

Optimet QC Scanner type 1 ROHS, holographic 3D scanner

Optimet ConoScan 3000, compact and non-contact conoscopic holography 3D measuring instrument, for 120x120 mm2 sized parts

ConoProbe HD (High Definition) - Mark 3.0, sensor for high precision 3D measurements (micrometric resolution) based on conoscopic holography principle

Optimet NanoConoprobe, conoscopic holography sensor for transparent and reflective surfaces and thickness evaluation comprised between 1-10 µm

Microplan, 5 axis conoscopic holography scanning system for axial-symmetrical 2D and 3D profiles

Services

Realization of prototypes and small batches of parts for different application sectors of Mechatronics and medicine, including forensics, in the textile, footwear, orthodontic field, in the field of plastic and maxillofacial surgery

StakeHolder

Address / How to reach us

Viale Japigia 182 - Bari –Italy (DMMM)

IAM Lab

gianluca.percoco — Tue, 21 Apr 2020 08:06:12 +0000

IAM Lab gianluca.percoco Tue, 04/21/2020 - 10:06

Lab full name

Interdisciplinary Additive Manufacturing

ERC 2nd Level Code

Research Activities

Use of AM technologies in soft robotics field by replacing traditional manufacturing approaches

Manufacturing of sensors, smart objects and sensor systems by means of AM technologies

Microfluidic applications

Process parameters optimization for additive manufacturing of non-conventional materials

Reverse Engineering applications

Department

gianluca.percoco@poliba.it

Contact Person

Gianluca Percoco

Companies and Institutions

Masmec S.p.A.

Leonardo S.p.A.

Scuola Superiore Sant’Anna di Pisa

Universidat Politecnica de Valencia

Projects

Leonardo Aerostructures: Reverse Engineering and Additive Manufacturing integration for the efficient fabrication of shims

Masmec Biomed: Microfluidic 3D printed cartridges for analysis automation

Funding

100000 €

Facilities

FFF and SLA 3D printers

3D scanner

Non Conventional Filaments

Softwares

Slicing software

Reverse Engineering software

CAD software

Services

Cooperation with local/international companies focused on the use of AM and Reverse Engineering technologies for interdisciplinary applications

StakeHolder

PE3 Condensed Matter Physics

Address / How to reach us

Centro Interdipartimentale Magna Grecia

Viale del Turismo 8

Taranto

Hours

8:30-18:00

LabZERO

massimo.lascala — Mon, 06 May 2019 07:43:31 +0000

LabZERO massimo.lascala Mon, 05/06/2019 - 09:43

Network Lab full name

ZERO: Energy Efficiency & Renewables Laboratory

ERC 2nd Level Code

PE4 Physical and Analytical Chemical Sciences

PE5 Synthetic Chemistry and Materials

PE7 Systems and Communication Engineering

PE7_1 Control engineering

ERC 3rd level Code

PE7_2 Electrical engineering: power components and/or systems

PE7_3 Simulation engineering and modelling

PE7_12 Electrical energy production, distribution, application

PE8_6 Energy processes engineering

PE8_10 Industrial design

PE8_11 Sustainable design

PE3_2 Mechanical and acoustical properties of condensed matter, Lattice dynamics

PE4_17 Characterisation methods of materials

PE8_3 Civil engineering, architecture, maritime/hydraulic engineering, geotechnics, waste treatment

PE8_9 Production technology, process engineering

PE8_12 Lightweight construction, textile technology

PE3_3 Transport properties of condensed matter

PE3_4 Electronic properties of materials, surfaces, interfaces, nanostructures, etc.

PE3_5 Physical properties of semiconductors and insulators

PE5_4 Thin films

PE5_6 New materials: oxides, alloys, composite, organic-inorganic hybrid, nanoparticles

PE7_5 (Micro and nano) electronic, optoelectronic and photonic components

Research Activities

LabZERO is a multidisciplinary laboratory to enable strategic cooperation with enterprises and promote multidisciplinary research for the development of innovative technologies in the areas of energy efficiency and renewable energy sources in both urban and industrial sectors. Research and experimentation activities in LabZERO make use of simulation tools and technologically advanced equipment, in order to reduce the risks of applied research and support product innovation in the path “from concept to market”. The laboratory provides innovative solutions for fast prototyping, for the certification of materials and the development of complex systems, in the fields of energy efficiency, energy conservation, sustainable manufacturing, smart grids and smart cities.

LabZERO activities are based on the coordinated work of four research units: three units at the Politecnico di Bari (DEI, DMMM, DICAR), and one at the ENEA Research Center in Brindisi. The Lab is part of the Apulian network for the applied research fostered by “Regione Puglia” and aims to the integration with other R&D networks and industrial clusters. A main strength of the LabZERO is the collaboration with entities of different nature. In fact, LabZERO works in close cooperation with about forty stakeholders such as industrial developers, public territorial bodies, public administrations and Municipalities, and relevant research actors.
The main research activities of LabZERO concern:

Fast prototyping of electro-mechanical equipment and devices for smart city and home automation
Hardware-in-the-loop (HIL) and power-hardware-in-the-loop (PHIL) applications
Prototyping and testing of components for smart grids and microgrids
Medium and low voltage distribution automation
Advanced protection systems
Electrical Vehicles infrastructures, smart charging and Vehicle to Grid (V2G)
Design and test of micro wind turbines
Sustainable manufacturing, de-manufacturing by cryogenics and recycling of waste of electric and electronic equipment (WEEE)
High performance building material characterization
Non-destructive tests for the mechanical characterization of materials and structures
Smart materials and devices for the thermoelectric generation from waste heat or solar energy
Solar heating & cooling
Industry 4.0
Smart Manufacturing & Smart Farming

Department

Contact Person

massimo.lascala@poliba.it

Companies and Institutions

Washington State University

University of Illinois Urbana-Champaign

École Polytechnique Fédérale de Lausanne EPFL

Retegas Bari S.p.A.

AMET S.p.A

Blue H R&D SRL

CIAB

CNA Bari

Comune di Bari

Comune di Bitetto

Comune di Capurso

Comune di Cellamare

Comune di Margherita di Savoia

Comune di Polignano a Mare

CONFAPI Bari e BAT

Costellazione Apulia

Confindustria Puglia

Dyrecta Lab S.r.l.

EV Charging

I-Com

Mediterranean Design Network S.r.l.

Nomisma Energia

Città Metropolitana di Bari

Provincia di Taranto

ReEnergy Projects 1 S.r.l

RSE

STC S.r.l

Tera S.r.l.

UPI Puglia

Fincons S.p.A.

ALI6 S.r.l.

EMI S.r.l.

Garofoli S.p.A.

GEM ICT – Research & development S.r.l.

Ginex Gaetano

SIC Divisione Elettronica S.r.l.

Comune di Palo del Colle (BA)

Confindustria Brindisi

Niteko S.r.l.

Applica Iot S.r.l.

Dgs S.p.A.

Elfim S.r.l.

Italian Cutting System S.r.l. (ICS)

So.Co.In. / System S.r.l.

Centro di Ricerche Europeo di Tecnologie Design e Materiali (CETMA)

Kad3 S.r.l.

InResLab S.c.a.r.l.

CNR

Università di Genova

Università di Bari

ARPA Puglia

PUDA Società Cooperativa A.R.L.

G.M.T. S.P.A.

Snam S.P.A.

Università degli Studi di Palermo

NIR S.r.l.

TERNA

e-distribuzione S.p.A.

Projects

FESR-FSE 2014-2020 Azione 1.4 “E-Park - Microgrid Parking: Parcheggio intelligente per la Smart City” – Avviso pubblico “Innolabs”, cod. NGFKLZ2.

Technical scientific agreement with SNAM S.p.A. for the development of a model aimed to remove intra-zonal congestions of the transmission network

Technical scientific agreement with Università degli Studi di Palermo about feasibility studies aimed at designing of microgrids concerning BLORIN project.

Technical scientific agreement with e-distribuzione S.p.A. for the development of integrated storage and microgrid controllers in minor Italian islands for ISMI project.

Technical scientific agreement with Next Intelligence Research (N.I.R) S.r.l. for designing and testing of components for distribution systems and of intelligent management devices.

H2020 -LCE-04-2017 – Project CTN02_00018_9856993 “Living grid”.

H2020-LCE-2017-SGS – Project 773406 “Optimal System-Mix Of flexibility Solutions for European electricity – OSMOSE”.

FESR-FSE 2014-2020 Action 1.6 – “Integrated system for lighting and urban mobility services - EMERA", INNONETWORK 2017 – Puglia Region, cod. QCXK671.

Technical scientific agreement with Università degli Studi di Bari and ARPA Puglia for research and consulting activities in efficiency and energy saving for a technological park (“Technopolis”).

ENERGY ROUTER – “Energy Router e Strumenti di Controllo Cloud per Smart Grid”, financed by Puglia Region within the call “Aiuti a Sostegno dei Cluster Tecnologici Regionali”, cod. HX8HXI1.

“Smart industrial energy district nel polo industriale di Brindisi”.

Funding

FESR-FSE 2014-2020 Azione 1.4, “E-Park” project - 211 k€.

SNAM S.p.A., technical agreement - 90.8 k€.

Università degli Studi di Palermo”, technical agreement for “BLORIN” project - 50 k€.

e-distribuzione S.p.A., technical agreement for “ISMI” project - 150 k€

N.I.R. S.r.l., technical agreement - 845 k€.

H2020 -LCE-04-2017, “Living grid” project - 19.5 k€.

H2020 -LCE-2017-SGS, “OSMOSE” project – 35 k€.

FESR-FSE 2014-2020 Action 1.6, “EMERA" project - 190 k€.

Università degli Studi di Bari and ARPA Puglia, technical agreement for “Technopolis" - 15 k€.

Puglia Region, “ENERGY ROUTER” project – 650 k€.

Confindustria Brindisi, “Smart industrial energy district nel polo industriale di Brindisi” – 45 k€.

Facilities

• A microgrid test facility

• Real time digital simulator (RTDS RT-5600)

• RTDS Interface to IEC 61850 equipment

• 4-quadrants programmable power source with multiple AC and DC power output configurations

Photovoltaic power plant (5 kW)

• 4-quadrants controllable Battery Energy Storage Systems

• An experimental biomass externally fired combined cycle plant

• An innovative open-air wind tunnel

• Cryogenic testing device

• Gas pycnometer and gas sorption analyzer

• Laser-ultrasonic test bench

Arduino development kit

EV charging station

AC and DC bench power supply

PLC modules

Microcontroller development boards

Current clamps

Controllable load (resistive, inductive, capacitive)

Digital scopes and spectrum analyzer

Smart camera

Earth fault detector

Luminance and illuminance meters

HV insulation test

Softwares

PowerFactory – DIgSILENT

COMSOL

LabVIEW

Services

• Fast prototyping of electrical equipment & systems

• Design and testing of control boards through hardware-in-the-loop (HIL)

• Design and testing of power components through power-hardware-in-the-loop (PHIL)

• Testing and setting of electrical protection systems

• Power quality measurement and immunity tests

• Measurements of low-frequency electromagnetic fields

• Dielectric strength tests on cables

• Main measurements from electrotechnical laboratory

• Main lighting measures

• Measurements for grounding system

• Short circuit analysis

• Power system simulation of complex transmission and industrial grids

• Operator Training Simulator for the training of operators in industrial as well as transmission power systems

• Design and verification in substation automation

• Communication and network integration tests with IEC 61850 devices

• Communication tests of the I/O list in SCADA applications under IEC 61850 protocol

• Testing of micro wind power turbines

• Mechanical characterization of materials through laser and nanosonic interferometry

• Thermal cycles testing of materials using a climatic chamber

• Cryogenic and demanufacturing techniques for recycling exhausted PV panels

• Thermal diffusivity, specific heat, thermal conductivity measurements

• Measurement and characterization of thermo-electrical parameters of thin film materials

• Modeling and simulation of materials, components and devices

StakeHolder

SH1 Markets, Individuals and Institutions

Address / How to reach us

Via Amendola 132, Bari, Plesso “ex Scianatico” – LabZero

Hours

Mon - Fri 8:00 - 18:00

Area (mq)

800

Link to laboratory

DigiLab

claudio.garavelli — Tue, 05 Mar 2019 11:42:02 +0000

DigiLab claudio.garavelli Tue, 03/05/2019 - 12:42

Lab full name

DigiLab-contamination lab

ERC 2nd Level Code

ERC 3rd level Code

SH1_10 Land use and regional planning

Research Activities

GENERATION OF NEW BUSINESS IDEAS

Department

Contact Person

Achille Claudio Garavelli

claudio.garavelli@poliba.it

Technical Staff

Tommy Di Noia

tommaso.dinoia@poliba.it

Companies and Institutions

POLITECNICO DI TORINO

POLITECNICO DI MILANO

UNIVERSITÀ POLITECNICA DELLE MARCHE

CAMERA DI COMMERCIO DI BARI

AURIGA

TERSAN

ARIETE

PEZZOL

FARMALABOR

Projects

CONTAMINATION LAB MIUR

Funding

300.000 EURO

Facilities

40 NOTEBOOK

Services

OPEN INNOVATION

STARTUP GENERATION

Address / How to reach us

ISOLATO 47, STRADA LAMBERTI, BARI VECCHIA

Hours

EVERY DAY, ON REQUEST

Area (mq)

300

EMILIA

caterina.casavola — Wed, 27 Feb 2019 10:36:30 +0000

EMILIA caterina.casavola Wed, 02/27/2019 - 11:36

Network Lab full name

Experimental Mechanics Integrated Laboratory In Aerospace

ERC 2nd Level Code

PE8_1 Aerospace engineering

ERC 3rd level Code

Research Activities

More Info

Department

caterina.casavola@poliba.it

Contact Person

Caterina Casavola

RS Lab

caterina.casavola — Tue, 26 Feb 2019 10:33:07 +0000

RS Lab caterina.casavola Tue, 02/26/2019 - 11:33

Lab full name

Residual Stress Laboratory

ERC 2nd Level Code

PE8_1 Aerospace engineering

ERC 3rd level Code

PE8_7 Mechanical and manufacturing engineering

PE8_8 Materials engineering

Research Activities

Residual stress (RS) develops during manufacturing processes as a result of heat and mechanical treatment experienced by the material. Welding process generates RS in welded parts and this could lead to some problems in terms of dimensional stability and structural integrity.
Under working condition, the RS combines with the stress field produced by external loads, changing the distribution of stress and influencing the structural stability and resistance to fatigue and fracture of the structure. The experimental evaluation of the RS (really difficult to predict) is very important for a proper design.
Complete equipment for RS measurement on real welded components are available. We are able to perform measurements on site.

Department