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usability and accuracy, as well as conducting field tests to validate their effectiveness. Additionally, the research will explore the economic viability of these sensors to enhance real-time data collection
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project will examine how commercial water users view the risks and benefits of using water reuse systems to provide non-drinking water for a range of applications (e.g. for cooling and industrial processes
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aircraft over different time horizons. Based at Cranfield University, the project benefits from the myriad of world-class capabilities and test facilities in digital aviation and air transport management
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, automotive, and digital infrastructure, participating in audits, standards evaluations, and compliance testing. The project encourages international dissemination and engagement, with funded opportunities
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central to next-generation electronics, and this PhD embeds you in that evolution. With support from Cranfield’s industrial partners, you’ll engage in real-world testing, fault injection campaigns, and
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will examine how the configuration, connectivity and condition of these dynamic water systems, and their surrounding land cover, influence environmental buffering, biodiversity and social benefits
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stakeholders, with an interest for industrial research. Funding This is a self-funded research opportunity. The cost for running the composites manufacturing and testing experiments and facilities cost will be
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corrosion-fatigue conditions by integrating multiscale physics-based models combined with mesoscale experimental tests. This research will study the effects of corrosion-induced changes in composition
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readiness. A comprehensive test-bed for in-depth studies will be used for experiments for demonstration and evaluation. Rotating machinery has a fundamental role in many industries. Therefore, there is a need