DEMO9 - Rolling case lab

The mobility of the future faces challenges such as the development of sustainable transport systems and the integration of advanced technologies. Our Mobile Research Lab plays a key role by nurturing the next generation of STEM talent and giving them hands-on experience in mechanics and materials research. With our mobile lab, school-age children, students and researchers can deepen their understanding of modern transport and materials. This promotion of young talent in the STEM field is crucial to empowering talented young individuals to address the challenges of future mobility through innovative solutions.  Ultimately, this contributes to the development of safer, more energy-efficient, and better performing mobility solutions.

Aim

The rolling case lab aims to provide students and researchers with access to technical equipment and technologies. The focus is on improving the quality of engineering education by promoting practical learning and experimentation. It also aims to promote research and development in the fields of mechanics, in particular elastostatics, dynamics and strength of materials. The planned target group for this mobile laboratory is young researchers in the STEM (science, technology, engineering and mathematics) fields, both at university and school level. We would like to offer them the opportunity to gain practical experience in mechanics, materials research and testing technology.

Setup

The mobile rolling case lab will consist of three specialised stations covering the most important areas of mechanics:

• The elastostatics station is dedicated to analysing the behaviour of solid rods under defined cross-sectional forces, with students using instruments to investigate stresses, deformations and mechanical properties.
• The dynamics station focusses on the motion and dynamics of mechanical systems, including the investigation of a gyroscope on a swivel chair and the determination of the direction of motion of a roller with an offset instantaneous pole.
• In the strength of materials station, participants can carry out biaxial tensile tests on real materials. The development of a new biaxial testing device makes it possible to analyse the mechanical properties of different and novel materials.

Benefit

The mobile rolling case lab is designed to spark students' interest in STEM subjects by offering fascinating and practical insights into technology. Students can gain hands-on experience in the lab in the areas of mechanics, such as elastostatics, dynamics and materials research, which in turn improves their qualifications and career opportunities in STEM professions. In addition, the lab allows young people to participate in research projects, which enhances their skills and understanding of innovative technologies.