NRC — Multidirectional Wave Basin - Research Facility
At a glance
- No Condition
- Open Date : November 14, 2019
- Manufacturing
- Professional, scientific and technical services
- National Research Council Canada
- Government of Canada
Overview
Eligibility criteria
The text provided does not specify any specific grant or eligibility criteria. If you have a particular grant in mind, please provide more details so that I can assist you with the eligibility criteria in English.
Who is eligible
Any company that is engaged in the development or testing of infrastructure project designs, marine vehicles, marine operations, or related fields can potentially apply for this grant. The grant seems to support research and development efforts in marine engineering, coastal structures, and offshore operations. Companies specializing in maritime technology, ocean engineering, coastal development, or similar industries may find this grant beneficial for their projects.
Eligible expenses
There are eligible expenses for this grant. The grant covers expenses related to the assessment of infrastructure project designs, marine vehicles, and marine operations in operational and extreme conditions. Eligible expenses include:
- Testing facilities
- Research staff
- Construction equipment
- Model installations
- Wave conditions generation
- Wind simulation
- Current generation
Evaluation & selection criteria
- Assessment of performance of fixed and floating maritime structures - Study of coastal structures, coastal processes, and port developments - Interaction of short-crested waves, currents, and winds with coastal and offshore structures - Capability to generate regular, irregular, and multidirectional wave conditions - Significant wave heights up to 0.5m and regular waves up to 0.75m - Simulation of local wind fields and currents - Experienced professional staff with knowledge in engineering fields related to marine environments
How to apply
- Step 1: Review the grant eligibility criteria and guidelines
- Step 2: Prepare and submit a detailed research proposal
- Step 3: Await review and evaluation of the proposal by the grant committee
- Step 4: If selected, negotiate grant terms and conditions with the funding agency
- Step 5: Implement the research project according to the agreed-upon timeline and deliverables
Additional information
- The NRC's Multidirectional Wave Basin (MWB) is designed to assess the performance of fixed and floating maritime structures and marine operations in a controlled ocean environment. - The facility allows for studies on coastal structures, coastal processes, and port developments. - The MWB can generate a wide range of wave conditions including regular, irregular, and multidirectional waves with significant wave heights up to 0.5m and regular waves up to 0.75m. - The facility features a 60-segment directional wave machine, a pump for rapid draining and filling, and a system of active and passive wave absorbers to enhance simulation quality. - Local wind fields can be simulated using computer-controlled fans, and water currents can be generated in two directions for comprehensive testing scenarios. - Working with the NRC offers the advantages of customizable testing facilities and experienced research staff with expertise in complex ocean, coastal, and river environments.
Grant Summary:
The NRC's multidirectional wave basin (MWB) is a cutting-edge facility for assessing the performance of maritime structures and marine operations, focusing on short-crested waves, currents, and winds. It offers customized testing facilities and expert research staff to enhance safety, performance, and cost-effectiveness.
Detailed Explanation of the Grant:
The National Research Council (NRC) operates a state-of-the-art Multidirectional Wave Basin (MWB), designed for evaluating the behavior of fixed and floating maritime structures and marine operations in oceanic conditions. This facility, located in Ottawa, Ontario, is instrumental in studying coastal structures, processes, and port developments by simulating a wide range of wave conditions.
The MWB features a 30m x 36m rectangular wave basin that can reach depths of up to 3m, allowing for versatile testing scenarios. With a powerful 60-segment directional wave machine, the facility can generate regular, irregular, and multidirectional wave conditions with significant wave heights up to 0.5m, providing a realistic testing environment for marine structures.
Engineered for flexibility, the wave generator in the basin can be adjusted to accommodate different water depths and wave conditions. It includes active wave absorption technology to prevent wave re-reflections and passive wave absorbers around the basin perimeter to enhance the simulation's authenticity. Additionally, the option for solid walls on the sides improves the quality of long-crested wave fields.
For comprehensive testing, the MWB can simulate local wind fields using computer-controlled fans and generate currents in two directions through tunnels beneath the basin floor. By integrating waves, winds, and currents, researchers can evaluate the performance of marine vehicles, coastal structures, and offshore operations under diverse environmental conditions, promoting safety and efficiency in maritime projects.
Collaborating with the NRC grants access to world-class testing facilities and a team of experienced researchers with diverse engineering expertise. The organization's commitment to bridging innovation and commercialization ensures that infrastructure project designs undergo rigorous assessment, optimization, and validation to enhance overall performance, resilience, and cost-effectiveness.
