Data and computation for materials science and innovations
October 15, 2019
Granta provides resources and support for anyone teaching materials or related topics across the full range of disciplines in engineering, science, design, and sustainability. Our engaging, interactive, visual CES EduPack platform, and expansive Granta Education Hub, support students from an Introductory level through to advanced design projects. We coordinate a series of annual Materials Education Symposia.
October 15, 2019
We will be demonstrating
Accelerated Materials Development enabled by Collaborative Materials Information Management and Analytical Tools
Integrated computational materials engineering (ICME) is the full integration of processing-microstructure-property-performance relationships at various length scales, wherein the linkages from processing all the way up to performance can be made and utilized . To realize the full potential of ICME, it is essential to integrate both computationally based and experimental data over the entire materials data life cycle and at various lengths in the same materials information management system.
More accurate modeling will require more data to be measured, predicted, compared, stored and fully tracked. As a provider of the effective enterprise level materials information management system, Granta Design has been involved in many collaborative projects on computational materials science, composites, additive manufacturing, advanced metallurgy, etc. Collaborative ICME projects between academics and industries are good examples of accelerating materials development and creating values through sharing information.
In this contribution, we will share our views on how to successfully collaborate on materials knowledge, especially for projects with involvement of industrial end users. We will also give an example of the software for materials data analysis and visualization to enable materials-related decisions and communication of the results in a compelling manner.