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Advanced materials & chemicals

Companies like Michelin, IFP, and TotalEnergies study metals, alloys, plastics, ceramics, glasses, fluids, and more, and processes including catalysis, chemical production, and coatings.

Energy, renewables & nuclear

Organizations such as Saudi Aramco, UKAEA, and IFP control materials performance in extreme environments and innovate for energy storage. For oil & gas, nuclear, conventional power, and renewables.

Pharma & consumer products

Pharmaceutical delivery, packaging, development of sustainable alternative materials – just a few examples where materials insights can speed vital time-to-market for pharmaceutical, personal care, and other FMCG products.

Electronics & digital technologies

Example users include Texas Instruments, Intel, and Samsung. Optimize semiconductors and understand fundamental electronic properties. Maximize the productivity of advanced simulation.

Engineering & manufacturing

Lockheed Martin used simulation to study failure mechanisms in alloys – just one example of manufacturing organizations maximizing their use of materials and related processes through simulation.

Transportation, aero & defense

Automotive suppliers and OEMs and aerospace and defense contractors need to drive innovation in their use of high-performance and lightweight materials and in novel technologies such as batteries.

Industry sectors

At over 800 research organizations across the full range of research-intensive industries, government laboratories, and academia, Materials Design solutions are applied to make better-performing products, optimize processes, reduce experimental costs and, generate breakthrough insights to unlock materials problems.

Delivering material value

TotalEnergies

TotalEnergies used modeling technology to engineer next generation CO₂ capture solvents.

Reference: Materials Design webinar.
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