Développement de jumeaux numériques pour le développement et la mise en service virtuels

L’intérêt pour les jumeaux numériques dans les secteurs de la fabrication et de l’automatisation est en hausse, notamment pour répondre à des besoins spécifiques tels que la mise en service virtuelle, qui intervient avant la matérialisation effective de la machine. Cette étude propose d’effectuer la modélisation du mécanisme « ferme-sac » de la machine VP-415 […]

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Mitigating Hydrogen Production in the End Shield Cooling System of CANDU Reactors

Radiolysis of water produces hydrogen, oxygen and hydrogen peroxide, which can be deleterious to system components. The radiolytic production of these species can be mitigated through appropriate chemical dosing with small amounts of dissolved hydrogen or oxygen-scavenging chemicals such as hydrazine. Corrosion of carbon steel components in the End Shield Cooling system of a CANDU […]

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Development of a Strategy for the Improvement of the Wireless UnderGround-to-AboveGround Connectivity Probability Using the Non-Licensed UHF-Band Localization and Telemetry Systems in Harsh Environments

Two IoUT localization and telemetry sensors with RF antennas and power amplifiers at 915 MHz are achieved. The two sensors were measured in the research laboratory showing a reasonable agreement with the simulation results. However, the two sensors were not measured onsite yet. Therefore, the performance of the two IoUT localization and telemetry sensors is […]

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Novel Drug Disperser System

Rapid testing has emerged as a core pillar of public health and diagnostics, and relies heavily on lateral flow immunoassay (LFIA) test kits. Lateral flow assay dispenser (LFAD) is the preferred method of manufacturing LFIA test kits. Significant improvements in LFAD can significantly improve through put, while simultaneous reduce costs. The increased adoption of Industry […]

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Convection in porous structure for cooling heat sink

The proposed scientific collaboration is toward developing a new class of porous structure using mathematical design. The structure must be lightweight and capable of removing heat. This structure is advantageous in engineering, such as heat enhancement, heat exchangers, and biomedical engineering (hip, jaw, or femur replacement). The global importance of the proposed research is in […]

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Investigation of thermal losses of various configurations of wet and Dry thermally insulated systems and with and without deployment of novel Mica Spacer system

In many industries, particularly those using steam to heat or move heavy oil, keeping pipes and equipment as hot as possible is very important. When heat escapes, it lowers the efficiency of the operation, raises costs, and increases the carbon footprint. Insulation is supposed to keep heat inside, but it does not always work well […]

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Déploiement de la maintenance prédictive basée sur l’intelligence artificielle

Ce projet introduit la maintenance prédictive chez Aliments Morehouse Canada, en exploitant des technologies avancées d’intelligence artificielle et de l’Internet des objets (IoT). En centralisant les données de production et de maintenance dans une base robuste pour résoudre le problème des données fragmentées et en développant des modèles prédictifs performants, il permettra de réduire les […]

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Nanostructured fibers for the fabrication of hierarchical thermoplastic composites

Flexpipe, the industrial sponsor, is recognized as a global leader in the production of fully organic reinforced thermoplastic pipelines (RTPs). Flexpipe is currently offering non-metallic, non-bonded spoolable fiber-reinforced thermoplastic composite linepipes with a maximum service rating of up to 82 °C and up to 1500 psi, for high-temperature fluid transportation, CO2 injection and other corrosive, […]

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SSE – QV Studio – Shirin Mahinnezhad

This project pioneers advanced sensor solutions by integrating scalable manufacturing technologies, such as printed electronics, with innovative energy-harvesting capabilities. These sensors are designed for autonomous operation in challenging environments and are cost-effective, energy-efficient, and highly customizable, catering to industries such as agriculture, forestry, environmental monitoring, and smart infrastructure. Leveraging cutting-edge materials like Metal Organic Frameworks […]

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L2M- Degradable membrane and styrofoam from forest waste

The project aims to make eco-friendly, degradable membranes and Styrofoam alternatives from forest and yard waste. This innovation aims to reduce plastic pollution and carbon footprints. It will reduce dependency on traditional, non-degradable materials with sustainable options. The technology will benefit the partner organization. It will provide a cutting-edge solution to meet new environmental regulations. […]

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L2M – Artificial intelligence based system to improve quality of life of sound sensitive individual on the autism spectrum

Individuals with autism spectrum disorder (ASD) often experience sound sensitivity, leading to distress, anxiety, and difficulties in daily life. The challenges for youth experiencing sound sensitivity can be both acute and downstream. This ongoing stress leads to avoidance behaviours, reduced social and community engagement, and distractions that impact performance at school or work and engagement […]

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