Surfactants are present in every aspect of our daily life, and their applications range from food products, shampoos and detergents over firefighting foams to oil recovery. Designing novel surfactant formulations in a sustainable manner by estimating their stability...
Industrial applications of materials science require simulations of large systems which imply the use of accurate force-fields. Despite the availability of a wide range of force-fields the complexity of the systems to be treated, or the conditions considered,...
The Simagora project, which started 3 years ago, has since its conception the ambition to address industrial challenges. Today, the platform has a new technology allowing to describe products and simulators at a multiscale level and the required no-code technology to...
As a large, rapidly expanding, and extremely diverse market, the Home and Personal care industry needs to combine sustainability, novelty, and safety, all of which are strongly influenced by the growing role of digitalization and simulations. Innovation in this...
In this webinar, we will present an automated strategy that consists of a series of workflows developed to compute properties of materials and aid in product design. As examples, we chose dielectric properties, more specifically the dielectric constants and dielectric...
Simagora, a web marketplace, offers the ability to provide and use simulations for developing products with a strong chemical footprint sustainably and eliminates all those barriers that refrain SMEs to use such technologies. Simagora makes circular economy, green...
재료 특성을 이해하는 것은 에너지 전환, 환경 규제 준수 및 지속 가능 제품 개발 분야의 다양한 요구 사항을 충족하는데 있어 전략적으로 중요합니다. MAPS의 새 버전인 MAPS 4.5는 연구원이 가상 공간에 구현된 제품의 모의 실험을 실행하고 성능과 화학 조성 간의 관계를 활용하여 제품 설계 규칙을 수립할 수 있도록 합니다. MAPS 4.5는 폴리머, 전해질, 촉매, 나노복합체 및 여러 산업 부문의 복잡한 유체 제형을 포함한 모든 유형의 재료 및 제품을 연구하고 개선하는데...
材料の特性を理解することは、エネルギー転換、環境コンプライアンス、持続可能な開発の各分野における要件を満たす上で、重要な課題の一つです。最新版のMAPS4.5は研究者に製品のデジタルツインに対する仮想実験の実施、そして化合物組成とパフォーマンスの関係を利用した設計指針の確立を可能にします。ポリマー、電解質、触媒、ナノコンポジット、種々の産業セグメントにおける複雑流体の配合など、あらゆる種類の材料、製品の研究および改善にMAPS4.5は利用できます。MAPS...
Understanding materials properties is a strategic in addressing the challenges related to satisfying the requirements in the fields of energy transition, environmental compliance, and sustainable development. MAPS 4.,5, the new release of MAPS natively enables...
了解材料特性是应对并满足能源转型、环境合规和可持续发展要求及相关挑战的关键。MAPS软件的新版本MAPS 4.5，它使研究人员基于数字孪生技术对产品进行虚拟实验，并利用其性能与化学成分之间的关系建立产品设计规则。MAPS 4.5可用于研究和改进所有类型的材料和产品，包括聚合物、电解质、催化剂、纳米复合材料以及涉及多个工业部门的任何复杂流体配方。MAPS 4.5技术涵盖从量子、原子/介观尺度到宏观和机器学习。...