In the mobility sectors—covering aircraft, rail vehicles, ships, and urban transportation—a wide variety of materials are used. In recent years, key trends such as electrification, decarbonization, and weight reduction through the use of materials like CFRP have driven the need for enhanced material properties. Applications include lightweight composites, high-performance polymers, coatings and adhesives for extreme environments, and advanced battery and fuel cell materials for next-generation mobility. To evaluate these diverse properties, it is essential to consider the multiscale nature of materials and employ a broad range of analytical methods and technologies.
With JSOL’s simulation software suite, you can run simulations tailored to each scale: from nanometers, capturing electronic states and molecular structures, to micrometers, modeling phase separation and composite materials. By linking these tools, it is possible to analyze the mechanisms behind the performance of advanced materials directly through simulation.
Today, there is growing demand for data-driven materials development using AI technologies, under concepts such as Materials Informatics and Process Informatics. JSOL’s AI-enabled software allows you to predict properties based on molecular and crystal structures, composition ratios, and processing environments—and even perform inverse design. When experimental data is scarce, high-throughput simulations can be executed to supplement datasets and accelerate discovery.

JSOL’s simulation and informatics software is used worldwide by manufacturing companies, research institutions, and universities.Our product pages feature numerous case studies, helping you explore applications before adoption, while a wealth of published research offers valuable reference after implementation. Some products also have active user communities, with lively discussions at the annual JSOL CAE Forum, providing direct opportunities to learn from fellow users as well as JSOL.