In-line viscosity measurement using pressure and flow rate sensors
A novel method for determining fluid viscosity utilizing in-line pressure and flow rate sensors, with calibration for non-Newtonian and non-laminar flows. Offers real-time process analysis through automated correction so...
Plastic deformation modeling for membrane loading optimization
A mechanical engineering model to understand and optimize the deformation of membranes under loading, reducing packaging costs and testing needs. The model incorporates local stress and strain calculations for improved s...
Advanced modeling of thin flexible materials using extended beam theory
Eric Brown Labs proposes a novel approach to model thin fabrics by extending mechanical engineering concepts and differential geometry, aiming to improve fabric design by predicting deformation and buckling. This researc...
Direct energy measurement solution for reducing emissions in drying processes
A direct energy measurement solution that utilizes electrical or fuel meters for optimizing energy use in drying processes, aiming to reduce greenhouse gas emissions. Offers off-site testing and consulting for process op...
Automated stress-strain characterization for adhesive forces
This solution offers a novel method for automated stress-strain characterization of adhesives using a mechanical tester, enhancing the precision and scalability of adhesive failure analysis.
Informed algorithms for feature identification in large datasets
Efficient computer algorithms informed by scientific knowledge to analyze data and identify food safety hazards, offering a hybrid approach that combines machine learning techniques with domain expertise for improved dat...
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