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Fire resistance of composite material for aircraft engine applications: modeling of the mechanical properties of composite structures in reactive atmospheres

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  • Full or part time
    Prof Robert
  • Application Deadline
    Applications accepted all year round

About This PhD Project

Project Description

Programing and simulation experience is a strong asset for this position.

The use of materials based on lightweight composite and aluminum, although common in other parts of the aircraft, remains a challenge around the engines because of the fire resistance prescribed by certification requirements.
 
The present project focuses on the use of such materials for the manufacturing of fan cases and bypass ducts for turbofan aircraft engines.

This  collaborative research project was initiated by Pratt & Whitney Canada and will investigate fireproofing strategies to enable lightweight material systems to successfully pass certification tests. Fundamental understanding of the physical processes involved will be acquired through small-­‐scale tests in controlled conditions and the failure modes will be characterized.

From these results, a prediction model will be built and the best material systems investigated will be used for full-­‐scale certification tests.

At Polytechnique Montréal, the academic supervision team will include Prof. Etienne Robert (combustion, modeling),  Prof.  Martin Levesque (mechanical testing, modeling), Prof. Louis Laberge Lebel (composites) and  Prof. Annie Ross (acoustics). 
 
Project Description:

Experimental characterisation of composite materials under flame environent. Development of a novel test rig to allow for the mechanical characterisation of samples while material properties degrade under flame attack.
 
This  position requires aptitudes for laboratory work and a strong background in  fluid mechanics, chemistry or physics.
 
Qualifications:

The required background for these positions is a Master of Science (MSc or equivalent). Candidates with diplomas in mechanical, physical, chemical or material engineering will be preferred.
 
Excellent communication skills in technical English (both oral and written) are essential for all positions.

The selection process will be made on the basis of academic merit, language skills and publication record. The applicants must be strongly motivated for graduate studies and be able to work independently towards the objectives of the project.
 
Application:

Individuals interested in joining the project should send:
1. Brief curriculum vitea along with their transcripts;
2. An example of  technical writing in English where the applicant is the main author (paper, report or master thesis for example).
3. A  list of publications where one section is devoted to articles accepted/published in international refereed journal and one other section where all the other communications (conferences, books, papers not written in English, etc.) are listed;
4. A one-­‐page letter explaining for which position is the application, the expertise of the candidate and relevant contributions to research.
 
Applications should be sent by  email to Prof. Etienne Robert:[email protected]
 
Incomplete or non-­‐conform applications will not  be considered. The applications received will be evaluated as they arrive, starting  on October 15th 2015, for a project start in the first half of 2016.
 
About Polytechnique Montréal:

Founded in 1873, Polytechnique Montréal is one Canada's  top engineering teaching and research institutions and first in Québec for the size of its student body and the scope of its research activities.
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