Earthquakes are characterized by sudden onset and high destructive potential, posing significant risks to buildings, mechanical and electrical (M&E) systems, and critical infrastructure. Ensuring...

In vibration testing, the terms MISO and MIMO are often mentioned together. Although they differ by only one letter, the two approaches represent fundamentally different control philosophies, hardware...

As the adoption of medical robotic systems continues to expand, a critical technical requirement has emerged: ensuring real-time synchronization between the surgeon's input and the robotic system's...

In vibration testing, engineers often use the terms "mini shaker" and "vibration exciter" interchangeably. While both devices generate controlled vibration, they are fundamentally different in...

Boundary conditions play a critical role in the dynamic behavior of automotive driveline components. This study presents an experimental modal analysis of a passenger vehicle drive shaft using impact...

The steering wheel is one of the most critical human-machine interface components in a vehicle. In addition to its primary function of vehicle control, its vibration behavior has a direct impact on...

Modern mechanical and electromechanical systems increasingly operate under complex, multi-directional vibration environments. Single-axis vibration testing, while effective for basic qualification, is...

With increasing public attention to environmental acoustics, noise performance has become a critical technical parameter across consumer and industrial products. For tools, appliances, machinery, and...

Automotive exhaust systems operate in a complex environment where thermal and mechanical loads act simultaneously. A thermal-vibration test platform enables accurate reproduction of these conditions,...

Mechanical vibration is a ubiquitous form of energy in both natural and engineered systems. It appears in many forms, including structural vibration, acoustic excitation, pulsation in biological...