Hu Ruiqin1
Dassault Systemes (Shanghai) Information Technology Co., Ltd., Shanghai, 200000, China;

 Abstract:Dassault Systemes BIOVIA multi-scale new material simulation provides a new material simulation design and evaluation solution based on the Dassault Systemes ecology by combining molecular level material design with material property analysis, material synthesis route analysis, and material application performance prediction. For different business scenarios, we can simulate the impact of formulation and materials modification on the key performance of new materials. By characterizing the chemical reactions at the molecule-level interface, it effectively predicts the influence of the service enviromnent on material design and helps users establish forward and reverse predictions of structure-property relationship. The integrated laboratory system of Dassault Systemes BIO VIA can integrate laboratory information systems with electronic laboratory notebooks. Following the R&D in lab, it provides integrated solutions for lab management, experimental data post-processing, and R&D data analysis and reuse. It can be deeply combined with data process engine Pipeline Pilot, which has powerful secondary development and expansion capabilities, and provides a digital and laboratory business integration consistent experience for physical and chemical laboratories and electrical performance laboratories. The 3DEXPERIENCE® platform of Dassault Systemes is entering the new material industry chain and provides a cross-professional, cross-regional, cross-organizational all-in-one digitalization platform. Data coordination and dynamic early warning help customers move from standardization to customization in data-driven "intelligent production".

Keywords: V+R; New material design; BIOVIA; Molecular simulation; Machine learning