This online course provides a comprehensive overview of smart fluids and their dynamic adaptability and responsiveness in engineering systems.

Smart fluids, also known as field-responsive fluids, represent a category of modern materials whose physical properties can be rapidly altered through the application of external stimuli such as electric fields, magnetic fields, or temperature changes. This course delves into the major types of smart fluids, and their tunable behavior for damping, actuation, sensing, and energy absorption. Their responsiveness and adaptability make them key enablers in several sectors, including automotive engineering, civil infrastructure, aerospace, and robotics.

This course is applicable to mechanical, civil, robotics, and aerospace engineers, as well as other professionals who are interested in learning more about field-responsive materials, and the integration of smart fluid technologies into dynamic systems.

Learning Objectives:

• Familiarity with the different categories of smart fluids and their operating principles
• Understand the field-responsive behavior of magnetorheological and electrorheological fluids
• Learn to evaluate smart fluid applications in mechanical, civil, and electrical engineering contexts
• Understand the material formulation and suspension dynamics of smart fluids
• Know how to model and simulate smart fluid systems using relevant fluid mechanics and control theories
• Learn how to assess design integration issues, including thermal effects, power demands, and maintenance
• Interpret emerging trends in smart fluid research and commercialization pathways