Advanced Joining Technologies at Politecnico di Torino (J-TECH@PoliTO)

Offering main image

J-TECH@PoliTO is an inter-departmental, multi-disciplinary research centre funded by Politecnico di Torino (April 2017) with 2 M€.

J-TECH@PoliTO provides expertise in:

  • Joining materials and processes
  • Modelling of joints
  • Testing and monitoring of joined components

Main services:

  • Technical consultancy and training on joint optimisation and design.
  • Monitoring and evaluation by non-destructive testing of defects and fracture surfaces.
  • Characterisation of mechanical properties at temperature and in a controlled atmosphere, under static, dynamic and fatigue conditions.
  • Prototyping of adhesive, mono and multi-material joints, as well as fusion and solid-state welds.

Scientific domain

PE8: Products and Processes Engineering PE11: Materials Engineering

Keywords

Materials

Home partner institution

(POLITO) Polytechnic University of Turin

Website

Website

Technical staff available

Yes

Remote access available

Yes

Open to external users

Yes

Equipment

DJ-Lab@PoliTO is a laboratory aimed at the development of innovative joints and materials for structural applications in various fields of mechanics.

The activities carried out mainly concern:

  • Design and prototype production of joints
  • Non-destructive testing of materials and joints
  • Evaluation of the structural response in the presence of static, fatigue and dynamic stresses, including at temperature

Description

J-TECH@PoliTO is an inter-departmental, multi-disciplinary research centre funded by Politecnico di Torino (April 2017) with 2 M€.

J-TECH@PoliTO provides expertise in:

  • Joining materials and processes
  • Modelling of joints
  • Testing and monitoring of joined components

Main services:

  • Technical consultancy and training on joint optimisation and design.
  • Monitoring and evaluation by non-destructive testing of defects and fracture surfaces.
  • Characterisation of mechanical properties at temperature and in a controlled atmosphere, under static, dynamic and fatigue conditions.
  • Prototyping of adhesive, mono and multi-material joints, as well as fusion and solid-state welds.