M2DESCO - Computational Multimode Modelling Enabled Design of Safe & Sustainable Multi-Component High-Entropy Coatings

M2DESCO - 计算多模式建模支持安全设计

• 批准号: 10096988
• 金额: $ 87.97万
• 依托单位: UNIVERSITY OF BIRMINGHAM
• 依托单位国家: 英国
• 项目类别: EU-Funded
• 财政年份: 2024
• 资助国家: 英国
• 起止时间: 2024 至 无数据
• 项目状态: 未结题
• 来源: https://gtr.ukri.org/projects?ref=10096988
• 关键词: M2DESCO; Computational; Multimode; Modelling; Enabled

The project is directed at addressing challenges for developing next-generation high-entropy-alloy-based multi-component green (free of toxic substances) and sustainable (rare earth free & minimum critical metal elements) coatings with predictable functionalities, performance and life - aiming at increasing wear resistance by 100%, corrosion/oxidation reThe project is directed at addressing challenges for developing next generation high entropy alloy-based multi component green (free of toxic substances) and sustainable (rare earth free & minimum critical metal elements) coatings with predictable functionalities, performance and life (hardness & wear resistance increased by 50-100%, corrosion resistance increased by 20-40%, and thermal stability & oxidation resistance increased by 30-60%) and effectively reduced use of CRMs by 30-40% by integrating AI/ML underpinned Computational Modelling with Safe and Sustainability by Design framework facilitated by high-throughput characterisation & evaluation. These developments together will lead to a much efficient approach and tool to support the co-design of coating materials and substrate systems, optimisation of PVD processes, and reduced overall new coating system development cycle time by 50-100%, and material savings and waste reductions for developing the new coating systems by at least by 4-5 folds, comparing to traditional experimental trials and error approaches. The advancement of M2DESCO will contribute to combating the loss in EU region caused by corrosion and wear, excellently increase the global profile and competitive edge of EU modelling community and significantly strengthen the competitiveness of EU coating research and business withan European market size of €196 mill in 2020 and €421M in 2026 for anti-corrosion coatings and anti-wear hard coatings respectively thus greatly benefiting the wider manufacturing chain and effectively increasing the global competitiveness and the resilience of EU industry.

该项目旨在应对开发下一代高素质合金绿色（不含有毒物质）和可持续性（稀土自由和最低批判金属元素）涂料具有可预测的功能，性能和寿命 - 旨在使耐磨性增加100％，腐蚀/氧化能力越来越高的挑战，旨在使耐磨性增加，旨在将较高的磨损构成较高的挑战，以使绿色耐磨性增加，旨在使较高的耐磨性越来越多，较高的能力和寿命，涉及可预测的良好，腐蚀/氧化质量是可预测的，该挑战是可持续的（无毒物质）和可持续性（稀有地球和最低关键的金属元素）涂料的挑战。有毒物质）和具有可预测功能，性能和寿命的可持续性（稀土自由和最低关键金属元件）涂料（硬度和耐磨性增加了50-100％，耐腐蚀性增加了20-40％，热稳定性和抗氧化耐药性增加了30-60％），并通过在30-40％的情况下将其降低了30-60％），并有效地降低了CRS的使用，而耐受性则增加了30-40-0-40-40-40-0-40％。通过高通量表征和评估制备。这些发展将共同导致一种高效的方法和工具，以支持涂料材料和底物系统的共同设计，PVD过程的优化，并减少50-100％的总体新涂层系统开发周期，以及与传统实验试验和错误方法相比，至少通过4-5倍开发新涂料系统的材料节省和减少材料。 The advancement of M2DESCO will contribute to combating the loss in EU region caused by corrosion and wear, excellently increasing the global profile and competitive edge of EU modelling community and significantly strengthening the competitiveness of EU coating research and business withan European market size of €196 mill in 2020 and €421M in 2026 for anti-corrosion coatings and anti-wear hard coatings respectively thus greatly benefiting the wider manufacturing chain并有效地提高了欧盟行业的全球竞争力和韧性。