CARIC : A National Collaboration Initiative for Canada s Aerospace Industry

Transcription

1 CARIC : A National Collaboration Initiative for Canada s Aerospace Industry Ontario Aerospace Council R&T Forum March 23, 2017 Marlene Conway-Diels, CARIC Regional Director Ontario FINANCIAL PARTNER PARTENAIRE FINANCIER

2 CARIC PROJECT DOMAINS MANAGEMENT FRAMEWORK Composites Diagnostics, pronostics, surveillance of components Autonomous systems Product and system development, productivity Avionics and controls AUT PLE-P AVIO Air operation and human factors - organizational innovation OPR COMP MDO DPHM Driven by industry requirements Modeling, simulation, multidisciplinary optimization MANU ENV Acoustics, noise control, environment, de-icing INTD LEAN Manufacturing and assembly processes, quality assurance Interior design Optimization of the supply chain and LEAN production 2

3 Ontario Industry CARIC Projects - Collaborators Project-ID AVIO-1603 DPHM-711 ENV-708 ENV-709 ENV-715 EUCA-AMOS MANU-1615 MANU-1615 MDO-710 MDO-714 TRL4+ Org-Name Bubble Technologies Huys Industries Comtek Advanced Structures GasTOPS MDS AERO Liburdi Nucap Liburdi Cray Canada Corporation ImStrat Corporation 3

4 ENV-715 project Development and Evaluation of Noise Measurement Techniques in Low- and High-Speed Wind Tunnel TRL: 2 4 Duration: 3 years Project value: 353,645 $ Description: The proposed project aims to investigate various measurement techniques of wall-pressure fluctuations induced by turbulent flow and of noise in wind tunnel environments. It will enable the development and evaluation of various acoustic measurement techniques in low- and high-speed wind tunnels. Carleton University has a High-Speed Wind Tunnel, a unique facility non-existent elsewhere in Canada. Partners: Bombardier Aerospace Toronto MDS Aero Ottawa Carleton University U. of Toronto Inst. of Aerospace Université de Sherbrooke 4

5 MDO-710 project Next Generation of Massively Parallel High Fidelity Computational Fluid Dynamics TRL: 2 4 Duration: 3 years Project value: 989,857$ Description: The goal of this proposal is develop novel parallel algorithms and implement them into Bombardier's Full Aircraft NavierStokes Code (FANSC) analysis code to fully exploit the computational power of the next generation of massively parallel hardware architectures. Bombardier's objective is to upgrade the FANSC code to take advantage of these new hardware architectures. CRAY Inc. will benefit from having their in-house high level programming architectures tested in an industrial setting, while Calcul Quebec will contribute to hardware and software expertise. Partners: Bombardier Aerospace Montreal Cray Inc. Cumberland, ON Polytechnique - Montreal Calcul Quebec McGill University - Montreal 5

6 AVIO-1603 project Cosmic radiation Inflight Measurement and real-time analysis for Electronic Systems and passenger protection (CIMES) TRL: 4 6 Duration: 3 years Project value: 758,538 $ Description: To answer customers concerns and to be compliant with FAA requests on the subject, aircraft and flight systems manufacturers must collect inflight data for cosmic radiations and develop a global strategy for real-time processing of this data to provide pilots, crew and aircraft operations, appropriate information to help them make the right decisions in case of unusually high cosmic radiation exposure. Partners: Isoneo - Montreal Bombardier Aerospace Montreal CMC Electronique Montreal Bubble Technology Industries - Ontario Polytechnique - Montreal ETS Montreal Star Navigation - Dorval 6

7 ENV-708 project Optimization of Fireproof, Pressurized Acoustic Sandwich Structures TRL: 2 4 Duration: 3 years Project value: 916,205$ Description: The primary purpose of the project is to focus on the fire protection of acoustic sandwich panels made of composite materials for use in bypass ducts of aircraft engines. The secondary purpose is the fire protection of acoustic sandwich panels made of aluminum materials for use in fan cases of aircraft engines. The objectives of the project are to identify the failure modes of current sandwich structures and quantify the benefits that can be incurred through the use of various fireproofing strategies. Partners: PWC Toronto Comtek Burlington Elasto Proxy Inc. Montreal Polytechnique - Montreal NRC-IAR - Ottawa NRC - Ottawa 7

8 MANU-1615 project Additive Manufacturing Assemblies Comparison TRL: 3 4 Duration: 3 years Project value: 750,375$ Description: To minimize Buy-to-Fly ratio, adding complex features to simple shapes can be an optimized scenario. However, too many unknowns remain with regards to the impacts and performance of the different methods available. A selected super-alloy will be the subject of this study. Partners: PWC Montreal Nucap Grip Metal Ontario Héroux Devtek Montreal Liburdi Ontario Precision 3D - Quebec McGill - Montreal NRC-IAR - Ottawa NRC - Ottawa NRC-IMI - Ottawa Novika Quebec CMQ - Quebec 8

9 Current CARIC Ontario Projects Full Submission Preparation DPHM DPHM 1651 Shimco/TBD/U of Waterloo/McMaster Seeking Partner MANU MANU 1657 MHICA/Safran/Wheelabrator/Ryerson/Carleton/CCPV INTD INTD 1705 Bombardier/3M/Ryerson/DAIR Areas of active New Project Development 9 EOIs in development Seeking Partners AVIO COMP PLE-P ENV MANU 9

10 Next Event Project Ideas & Collaboration May 2017 Location and Date To Be Confirmed Build on the momentum and engagement from the OAC R&T Forum: Opportunities to present your development or demonstration ideas Opportunities to meet and network with potential collaboration partners Opportunities to expand your contacts Opportunities to identify next steps to developing a project plan Opportunities to identify leveraging funding sources for your collaborative project 10

11 Contact CARIC For more information on how to participate: Contact: Marlene Conway-Diels; CARIC Regional Director Ontario T: C: Aero-Collaboration Portal: : 11