Data Commons

We are building an open repository of material property and performance data that can be used for material analyses, digital modelling and product design. This will include mechanical, thermal, barrier and aesthetic properties for our recipes. Machine learning algorithms will be integrated to enable novel formulation prediction from existing data and suggest candidate materials for fabrication, characterization, and model improvement. Explore our sample dataset of seaweed bioplastics below. The Data Commons is being developed in collaboration with the Materials Genome Initiative, National Institute of Standards and Technology (NIST), the Centre for Bits and Atoms, MIT, Department of Mechanical Engineering, University of Oxford, and the Universidad de Santiago de Chile.

If you are interested in contributing data or co-developing the platform, please contact us.

Name Code Author Date Added
Agar bioplastic (heated) - Variation 1 1 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 2 1 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 3 1 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 4 1 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 5 2 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 6 1 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 7 1 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 8 1 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 9 1 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 10 1 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 11 1 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 12 1 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 13 1 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 14 1 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 15 1 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 16 1 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 17 1 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 18 1 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 19 1 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 20 1 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 21 3 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 22 1 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 23 1 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 24 1 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 25 1 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 26 1 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 27 3 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 28 1 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 29 1 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 30 1 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 31 1 Universidad de Santiago de Chile 19/11/2020
Agar bioplastic (heated) - Variation 32 1 Universidad de Santiago de Chile 19/11/2020

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