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January 13, 2020

Come join two scientists from Materials Design, Inc. at the Advanced Automotive Battery conference in Wiesbaden, Germany! While attending the conference, leading Materials Design scientists René and Alexander will be presenting a poster titled "Designing Solid Polymer Electrolytes for Batteries by Atomic-Scale Modeling”. We look forward to connecting with you there!

January 10, 2020

From the effects of slowly oxidizing steel on infrastructure and pipelines, to hydrogen embrittlement in nuclear reactors and chemical plants, to rust in the automotive industry, corrosion has a tremendous impact on society. In fact, the annual global cost of corrosion has been estimated to be US$2.5 trillion [1].

Hence incremental improvements in the understanding and management of corrosion are of considerable value. Although...

December 19, 2019

Neutron irradiation in nuclear reactors can cause significant deformation of structural reactor components and nuclear fuel cladding. This is a problem which can affect reactor operations and reliability.

A recent collaborative study initiated by the Electric Power Research Institute (EPRI) and Materials Design has shown how large-scale atomistic modeling can provide unique insight into radiation-induced microstructural evoluti...

December 12, 2019

Best Wishes for a happy and safe holiday season and a prosperous new year!

November 6, 2019

Researchers from the University of Washington, Raytheon, Facebook, and Materials Design have recently described how the combination of experimental and computational methods can provide unique insights into the role of hydrogen in impacting the optical properties of the infrared window material, zinc sulfide. As in many areas of practical materials research, knowledge of the nature of the effect of defects on optical propertie...

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