How much funding can be received?

Access an air-cooled, 9-metre wind tunnel for large-scale testing of your new or experimental products in a controlled environment. Get professional services from a team of aerodynamicists, flight engineers and business experts who will support your resea

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$50,000

Assessing the performance of water-efficient air cooling systems in a controlled wind tunnel

$52,000

Testing the durability of eco-friendly building materials's wind tunnel

$45,000

Validating the safety and efficiency of inflatable life rafts's wind tunnel facility

$60,000

Testing the aerodynamic efficiency of electric drone prototypes at a 9-metre wind tunnel

$60,000

Conducting wind resistance tests for innovative flood barriers

$70,000

Evaluating the wind resistance of new green energy wind turbine designs

grant_single_labels|admissibility

The eligibility criteria for this grant are not explicitly mentioned in the provided context. It seems that the information focuses more on the capabilities, technical specifications, and expertise of the 9 m wind tunnel facility operated by experienced engineers and technicians. To determine the specific eligibility criteria for this grant, you may need to contact the Business Development Team at the Aerospace Research Centre via email at nrc.aerobdt-edaaero.cnrc@nrc-cnrc.gc.ca or visit their location on Research Road in Ottawa, Ontario. They will be able to provide you with detailed information on the grant eligibility requirements.

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Eligible applicants would likely include original equipment manufacturers (OEMs) from various sectors such as automotive, aerospace, and commercial vehicle industries looking for advanced testing facilities. Additionally, research institutions and organizations involved in aerodynamics and aeroacoustic studies could also apply to use the wind tunnel facility for their experimental and validation purposes.

grant_eligibility_criteria|eligible_expenses

The grant aims to support projects and activities that enhance aerodynamic testing, model development, and performance improvement in various sectors. Eligible projects include efforts in wind tunnel testing and aerodynamic validation for diverse applications.

Full and half-model aircraft aerodynamic testing in wind tunnels.
Testing and validation of full-scale automotive and commercial vehicles.
Development and implementation of ground simulation systems for automotive testing.
Research and experimental projects addressing aeroacoustic measurement and evaluation.
Assessment and improvement of icing formation, detection, and mitigation for aircraft.
Application of wind-engineering techniques to ground-based structures and sports aerodynamics.
Innovative turbulence modeling and measurements in experimental settings.
Implementation of static and aeroelastic model design and fabrication for wind tunnel tests.

grant_single_labels|criteria

- Expertise and experience in wind tunnel testing and aerodynamics - Clear research objectives and methodology - Potential impact and relevance of the proposed research - Feasibility and practicality of the research plan - Alignment with the capabilities and facilities of the 9 m wind tunnel

grant_single_labels|register

Here are the steps to submit an application for this grant:

Step 1: Preliminary Registration
- Contact the Business Development Team through the email provided: nrc.aerobdt-edaaero.cnrc@nrc-cnrc.gc.ca.
- Initiate an inquiry regarding grant opportunities, eligibility criteria, and application guidelines.
Step 2: Gather Information
- Collect necessary information about your project or research initiative, highlighting how the 9 m wind tunnel can support your goals.
- Ensure you have details about the technical specifications and services you require.
Step 3: Prepare Application
- Draft a detailed proposal outlining the purpose, scope, and potential impact of your project.
- Include any preliminary data or past research if applicable.
- Prepare supporting documents such as budget estimates and project timelines.
Step 4: Review and Finalize Application
- Carefully review all sections of the application for completeness and accuracy.
- Make necessary corrections or updates.
Step 5: Submit Application
- Follow instructions from the Business Development Team if a specific platform or method is indicated for submission.
- Submit your application by the given deadline.
Step 6: Confirmation
- Await confirmation of receipt from the grant provider.
- Keep a record of your submission and any correspondence for future reference.

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Here are additional relevant details for this grant:

The facility offers customized testing systems specifically for truck testing, enhancing test efficiency and model development.
The wind tunnel has been recently renovated, upgrading critical components like the fan drive and data acquisition systems.
There is a high-fidelity ground simulation system available, increasing the accuracy of drag and lift measurements for automotive testing.
Access to technical expertise in various specialized fields such as aeroacoustic measurement and sports aerodynamics is provided.
The wind tunnel supports a diverse range of testing needs including full-scale automotive, ground-based structures, and aeroelastic wind tunnel model design.

grant_single_labels|documents

NRC — Wind tunnel testing facility

Apply to this program

Unlocking Major Performance Enhancements with Our 9 m Wind Tunnel Facility

The NRC's 9 m wind tunnel is a sophisticated and highly secured testing facility offering advanced aerodynamic testing capabilities for surface vehicles, aerospace models, and ground-based structures. Our cutting-edge infrastructure and expert personnel provide OEMs with a reliable environment to optimize the aerodynamic performance of their products, facilitating innovation in various sectors.

Detailed Insights into the 9 m Wind Tunnel’s Advanced Testing Capabilities

At the forefront of aerodynamic testing, the NRC's 9 m wind tunnel boasts unparalleled facilities that cater to the diverse needs of international original equipment manufacturers (OEMs) and researchers. Located at the Aerospace Research Centre, our state-of-the-art facility has undergone significant upgrades, including enhancements to the fan drive, weighing mechanisms, and data acquisition systems, ensuring it remains a leading choice for comprehensive aerodynamic evaluations.

Our wind tunnel offers a uniquely adaptable environment, capable of handling complex test requirements with precision. The facility is designed to accommodate full-scale vehicles and aircraft models, allowing detailed analysis without the necessity of constructing scaled versions, thereby significantly reducing the testing cost and timeframes. Equipped with a ground simulation system, it accurately replicates on-road conditions, increasing the accuracy of drag and lift measurements crucial for automotive OEMs focusing on underbody and trailer aerodynamics.

The facility's technical sophistication is exemplified by its 6.7 MW DC motor-powered fan, achieving wind speeds up to 200 km/h. This feature, combined with a robust turntable and ground effect simulation systems, facilitates precise maneuvering and testing scenarios. Our capacity to provide bespoke load measurement setups, extensive analog and pressure channels, and specialized flow visualization techniques ensures comprehensive data acquisition tailored to your needs.

The demand for detailed aeroacoustic analysis and vehicle noise evaluation is seamlessly met by our expertise in mapping three-dimensional sound fields. Furthermore, the facility specializes in aerodynamics testing for a variety of applications including aerospace, sports, and structural engineering, reflecting our commitment to supporting innovation across an array of disciplines.

Clients can expect the utmost accuracy and repeatability in our test results, driven by methodologies refined over decades. Utilizing advanced simulation technologies and precise instrumentation, including pressure-sensitive paint and particle image velocimetry, we provide accurate airflow diagnostics essential for developing performance enhancements in vehicles and experimental aircraft.

Our team, comprising experienced aerodynamicists and technical support staff, is dedicated to fostering innovation through extensive expertise in fluid dynamics and wind tunnel operation. The secure and controlled testing environment we offer de-risks the evaluation of new designs, providing industrial assurances before prototypes reach production lines.

Incorporation of cutting-edge turbulence modeling and boundary layer control systems allow for simulations closer matched to real-world conditions, while detailed aeroelastic testing capabilities offer insights into structural resilience under varied aerodynamic loads.

Notably, the NRC tunnel's specialty in icing detection and mitigation significantly benefits the aerospace industry. Experimental and numerical studies offer an in-depth understanding of icing's impact on aircraft performance, ensuring safety and efficiency under challenging weather conditions.

The 9 m wind tunnel stands as a pillar of research and product development at the crossroads of innovation, facilitating the validation and demonstration of cutting-edge technologies aimed at revolutionizing the aerospace and automotive industries.

Our continued commitment to excellence not only strengthens Canada's role in global aerodynamics innovation but also emboldens our partners to achieve unprecedented success with actionable insights and superior aerodynamic data.