Materials Resources
Materials Resources, LLC (MRL) is a leader in Integrated Computational Materials Engineering (ICME), specializing in metallic additively manufactured materials. They leverage a unique approach integrating computational science and materials science for engineering solutions, focusing on the impact of micro and meso-scale characteristics on macro-scale performance. MRL offers a comprehensive suite of services including additive manufacturing, machining, microstructure characterization, mechanical testing, surface finishing, and non-destructive evaluation. Their flagship software, iCAAM, is a cloud-based ICME framework and the world's first AM-focused digital twin, combining physics-based modeling, data-driven modeling, and machine learning to optimize manufacturing methods and predict part performance. Founded in 2009 by Ayman Salem, MRL has a strong background in materials informatics and has collaborated extensively with the DoD and DoE on numerous contracts to advance additive manufacturing capabilities. They are transitioning towards distributed manufacturing, enabling easier access to metal 3D printing for a wider audience.
Materials Resources
Materials Resources, LLC (MRL) is a leader in Integrated Computational Materials Engineering (ICME), specializing in metallic additively manufactured materials. They leverage a unique approach integrating computational science and materials science for engineering solutions, focusing on the impact of micro and meso-scale characteristics on macro-scale performance. MRL offers a comprehensive suite of services including additive manufacturing, machining, microstructure characterization, mechanical testing, surface finishing, and non-destructive evaluation. Their flagship software, iCAAM, is a cloud-based ICME framework and the world's first AM-focused digital twin, combining physics-based modeling, data-driven modeling, and machine learning to optimize manufacturing methods and predict part performance. Founded in 2009 by Ayman Salem, MRL has a strong background in materials informatics and has collaborated extensively with the DoD and DoE on numerous contracts to advance additive manufacturing capabilities. They are transitioning towards distributed manufacturing, enabling easier access to metal 3D printing for a wider audience.