Bradley Wynne
About Me My name is Brad Wynne. I have a background in Materials Science/Engineering with a focus on advanced metals and their processing for the aerospace and nuclear industries. All my work is industrially driven and I work with companies like Rolls-Royce, Boeing, BAE Systems, and Sheffield Forgemasters. My Projects In the grand scheme of things, my projects are about getting expensive materials, like aerospace-grade titanium, into service with a high degree of confidence. In most cases, engineers are uncertain about how a material will perform in-service, leading to conservative design approaches. Often, this leads to heavier components than is necessary, which is a waste of resources and expensive – both at the point of entry and during operation. In reality, my projects are about understanding how materials evolve during processing – how they respond to hot deformation and how their microstructure evolves. But I don’t want to look down a microscope and hand wave an explanation, I want to simulate or mathematically describe how those materials respond. So if you are up for the challenge of finite element modelling of forging or using the likes of Python to develop code using some fancy maths then my projects may just be for you.
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Microstructure Analysis of Advanced Aerospace Titanium AlloysBradley WynneImage & Video Processing Aerospace Engineering Data Analysis Aero-Mechanical or Aerospace Materials Practical Measurement Analysis Research
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Development of Finite Element Model for closed die forging in the Futureforge facilityBradley WynneModelling Simulation Materials
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Development of Finite Element Model for isothermal forging in the Futureforge facilityBradley WynneModelling Simulation Materials
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Can we quantify microstructure using forces measured during machining?Bradley WynneData Analysis Image and Video Processing Programming Materials
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Can UK manufacturing go net-zero? CFD modelling of hydrogen fired furnaces for metals manufacturingBradley WynneMechanical Engineering Renewables Data Analysis Energy Markets Sustainable Systems Clean Energy Energy Systems Materials Modelling Numerical
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Rotary Friction Welding (RFW) modelling – control of internal flash formation in steel tubesBradley WynneMechanical Engineering Optimisation Aero-Mechanical or Aerospace Materials Software Practical Modelling Analysis
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Data Management for the Operation of Digital TwinsBradley WynneSoftware Systems Data Analysis Signal Processing Computer Science Materials Software Analysis Programming
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Residual stress and microstructure characterisation of dissimilar titanium Rotary Friction Welding (RFW) weldsBradley WynneMechanical Engineering Aerospace Engineering Aero-Mechanical or Aerospace Materials Modelling Measurement Analysis
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Advanced metal forming techniques for future aerospace and automobile applicationsBradley WynneMechanical Engineering Machines Aero-Mechanical or Aerospace Materials Practical Experimental Measurement Research
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Development of Python Code to Reconstruct High Temperature Titanium Microstructures using room temperature electron back scattered dataBradley WynneProgramming Materials
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Development of Finite Element Model for open die forging in the Futureforge facilityBradley WynneModelling Simulation Materials
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Development of Python Code to quantify macrozones in titanium compressor disc alloy Ti834 using electron back scattered dataBradley WynneModelling Simulation Materials