Skip to main content

Accelerated Life tests for Electric drives in Aircrafts


Reliability in electronics is nowadays one of the most important subjects of study, as the range of its application is very wide.
At the moment, the lifetime problems have been addressed by analysing separately the causes of failure and accelerated tests were proposed for the single components. This proposal aims at realizing a test bed able to apply multiple age accelerating stresses and to realize the on-line test of the machine under different operating conditions. The test rig will embed an environmental chamber able to replicate the ambient conditions at 50000ft, moreover, a custom converter able to vary the voltage stress at the motor’s terminal will be developed, in order to test the reliability of the motor with the converters of the future, that will employ always faster devices.
In the aerospace industry, reliability is an extremely important and researched feature for the electric drive systems. Given the life-span of an actual aircraft and the costs of unplanned maintenance, the results of this research are potentially of great impact in how designers now realize electric drives.
The procedures to realize the test bed, the data acquisition software and the post-processing software that will be developed during the project will be helpful to further push the technology limits. Moreover, the test of actual motors and the data acquired will constitute a database that will improve the existing knowledge of life time models.
The ability to modify the actual voltage waveform characteristics of the converter driving the motor under test, in conjunction with the other test facilities, constitutes a great improvement on the existing testing methodology, that usually imply off-line accelerated testing of the twisted pairs.

Field of science

  • /natural sciences/computer and information sciences/software
  • /engineering and technology/mechanical engineering/vehicle engineering/aerospace engineering/aircraft

Call for proposal

See other projects for this call

Funding Scheme

JTI-CS - Joint Technology Initiatives - Clean Sky


Via Universita 12
43100 Parma
Activity type
Higher or Secondary Education Establishments
EU contribution
€ 521 681,68
Administrative Contact
Stefano Selleri (Prof.)

Participants (1)

EU contribution
€ 78 075,38
Via Pansa 47
42124 Reggio Emilia
Activity type
Private for-profit entities (excluding Higher or Secondary Education Establishments)
Administrative Contact
Andrea Stefano Crinto (Mr.)