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Over the past few decades, proton time-domain NMR experiments performed on low-field spectrometers have demonstrated their potential applicability to rubber science and technology. This feasible and versatile experimental approach enables us to obtain molecular-level information on the dynamics and structure of rubber samples, with the aim of improving our understanding of structure-property relationships for a rational design and development of rubber materials.
Modern aircraft engines are pushed to ever higher operating temperatures to lower fuel consumption and increase efficiency. This puts severe oxidation and corrosion demands on structural materials like TiAl intermetallics and Ni-based superalloys. Both alloy classes offer good strength-to-weight ratios and solid high-temperature mechanical properties, but their long-term performance relays on how well they're protected at the surface.
The seminar will cover the special-purpose features implemented in Abaqus for thermo-mechanical simulations of additive manufacturing processes, such as SLS/SLM, LDED, and FDM. It will focus on progressive element activation, moving heat source and progressive cooling capabilities.
The seminar will cover the special-purpose features implemented in Abaqus for thermo-mechanical simulations of additive manufacturing processes, such as SLS/SLM, LDED, and FDM. It will focus on progressive element activation, moving heat source and progressive cooling capabilities.
Over the past few decades, proton time-domain NMR experiments performed on low-field spectrometers have demonstrated their potential applicability to rubber science and technology. This feasible and versatile experimental approach enables us to obtain molecular-level information on the dynamics and structure of rubber samples, with the aim of improving our understanding of structure-property relationships for a rational design and development of rubber materials.
The seminar will begin with an overview of Abaqus capabilities for steady-state and transient heat transfer analyses. Available thermal boundary conditions, loads, and interactions (including convection and radiation modes) will be discussed. The presentation will then focus on thermo-mechanical problems, covering both sequential and fully coupled analysis approaches.
High-entropy materials are often presented as a new paradigm in materials science, where configurational disorder is expected to stabilise novel phases and unlock exceptional properties. However, as research progresses, it becomes increasingly clear that entropy is only one part of a much more complex picture.
Infectious diseases are responsible of millions of deaths worldwide every year. If most of them benefit from treatments/vaccins, resurgence (whooping cough), resisting strains (tuberculosis), persistence (HIV) and new pandemic burden (COVID-19) remain.
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NOMATEN is organizing a symposium on experimental materials science for nuclear applications during the AMT 2026 conference in Łódź, Poland (June 14–17, 2026).
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NOMATEN is organizing a symposium on computational materials for nuclear applications during the AMT 2026 conference in Łódź, Poland (June 14–17, 2026).
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