This study introduces a novel method for analyzing residual stresses in composite materials: the Abaqus path-dependent curing model. The model is implemented within Abaqus CAE using Fortran subroutines like USDFLD, UMAT, HETVAL, UEXPAN, and DISP.
This project presents an innovative approach for examining residual stresses in composites: The Abaqus viscoelastic model for curing. The implementation of the model is carried out in Abaqus CAE, utilizing Fortran subroutines such as USDFLD, UMAT, HETVAL, UEXPAN, and DISP.
Parametrized DYI resin curing chamber, using UV LED strips.
Hardware for growing and gardening.
Monitoring and Documentation
Flutter app for managing mitigation/drying jobs — tracks psychrometric data (GPP, dew point) from temperature and humidity readings.
LaTeX source for the article 'Dynamics of Strength Gain in Sandy Soil Stabilised with Mixed Binders Evaluated by Elastic P-Waves during Compressive Loading' (Lindh & Lemenkova, Materials 2022, 15(21):7798). Non-destructive P-wave monitoring of UCS strength gain over 90-day curing.
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