Education and Research

Structural Dynamics Experiments

Teaching and studying the fundamental principles of structural dynamics by exciting and analyzing vibrations in model structures.

Vibration Control Systems

Studying the principles and implementation of vibration control algorithms and systems for damping vibrations in structures.

Modal Analysis

Performing modal testing and analysis to determine the natural frequencies, mode shapes, and damping ratios of structures in educational and research settings.

Mechanical Vibrations Courses

Supporting hands-on learning in mechanical engineering courses focused on vibrations, including theoretical concepts and practical applications.

Aerospace and Automotive Engineering Research

Investigating vibrations in aerospace and automotive structures, components, and systems to improve design, performance, and reliability.

Civil Engineering and Earthquake Engineering

Studying vibrations in civil engineering structures, bridges, and buildings to assess structural integrity and resilience to seismic events.

Biomechanics and Biomedical Engineering

Researching vibrations in biological systems, such as studying bone fractures or prosthetic limbs, to understand biomechanical behavior and improve medical devices.

Materials Testing

Evaluating the vibration characteristics of materials and composites to understand their mechanical properties and behavior under dynamic loads.

Environmental Vibrations

Monitoring and analyzing vibrations in environmental studies, such as assessing the impact of vibrations from transportation or industrial activities on ecosystems or buildings.

Advanced Research in Control Systems

Developing and testing advanced control algorithms for vibration suppression, active vibration isolation, or adaptive vibration control in various applications.