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(numerical model will be based on commercial package COMSOL) simulations of multi-modal sound propagation in pipes with elastic walls and in presence of defects Develop acoustic sensor based on the state
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This post is funded by the ‘Integrating quantum sensors with bespoke quantum error correction’ project supported by the Engineering and Physical Sciences Research Council (EPSRC). The task
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distributions from process-induced microstructure variations using the surrogate models created. Work with the extended team to link the simulation of sensor data with new multi-scale processes for microstructure
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their interlayer interactions. The aim is to determine the structure-properties relationship, with a view to evaluate these materials’ suitability as sensors or as anodes in batteries. Our group’s research is in
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, advanced materials, and sensor development, while also addressing key robotic challenges such as real-time process monitoring and diagnostics in inaccessible or hazardous environments. We have discussed a
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robots have the task to inspect underground sewer and clean water pipe networks. The robots are equipped with different sensors and with data from them can perform intelligent sensing and navigation
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-identified scans, records and sensor feeds to answer questions such as: Can we predict a patient’s response to treatment without ever seeing their raw file? Can an algorithm learn the warning signs of trouble
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Details Why Do Quantum Sensors Matter? In both cellular biology and chemistry, many critical processes that affect our quality of life are not yet well understood. These processes happen within systems
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, wave equations, and beam equations, to model and understand different physical systems and their unique challenges. Sensor and Actuator Analysis: Examine and evaluate the sensors and actuators available
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with UAVs for tackling wildfires, including modular, scalable methods with respect to the volume of collected data, to the number of UAVs, data sampling rates, number of sensors, centralised