11.4.20-MRL-Digital-Hart

Conference Video|Duration: 30:41
November 4, 2020
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  • Video details
    Manufacturing of metal components is essential to every major industry, consumes significant natural resources, and involves complex supply chains. The promise of a digital thread from alloy formulation to scaled production and potential re-use therefore has inspired new experimental approaches and manufacturing techniques that go hand-in-hand with computational methods. This talk will highlight MIT research in the “hands-on” side of metals processing—including high-throughput laboratory techniques, in situ characterization of deformation and microstructure, new additive manufacturing processes, and resource-efficient extraction. An outlook will be framed in terms of the value chains of key industries, pathways for commercialization, and business models enabled by digital transformation.
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  • Video details
    Manufacturing of metal components is essential to every major industry, consumes significant natural resources, and involves complex supply chains. The promise of a digital thread from alloy formulation to scaled production and potential re-use therefore has inspired new experimental approaches and manufacturing techniques that go hand-in-hand with computational methods. This talk will highlight MIT research in the “hands-on” side of metals processing—including high-throughput laboratory techniques, in situ characterization of deformation and microstructure, new additive manufacturing processes, and resource-efficient extraction. An outlook will be framed in terms of the value chains of key industries, pathways for commercialization, and business models enabled by digital transformation.
Locked Interactive transcript