ICME at GE: Accelerating the insertion of new materials and processes |
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Authors: | Daniel G. Backman Daniel Y. Wei Deborah D. Whitis Matthew B. Buczek Peter M. Finnigan Dongming Gao |
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Affiliation: | (1) Worcester Polytechnic Institute in Worcester, Massachusetts;(2) GE Aviation in Lynn, Massachusetts;(3) GE Aviation in Evendale, Ohio;(4) GE Global Research Center in Niskayuna, New York |
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Abstract: | The accelerated insertion of materials (AIM) initiative provides the opportunity to reduce the materials development cycle time by up to 50% and thereby lessen the lead time required for new materials and processes. The program was founded to revolutionize the way designers and materials engineers interact, to achieve a leap forward in the application of computational materials science and integration with design engineering tools, and to create an environment where the design/materials team can learn from and build on previous developments. The centerpiece of the AIM system is the designer knowledge base, which provides a framework for managing experimental data, executing linked models describing processing, microstructure, properties, and producibility, and calculating confidence bounds for system predictions. |
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