Can you set up forced vibration with frequency-dependent loads?
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In my experience, forced vibration can be set up with frequency-dependent loads — specifically, vibration at one point or frequency in an array of vibrations. The most famous case is an array of vibrating pendulums, with each pendulum in the array responding to a particular vibration frequency. For example, consider an oscillating motor-generator set (OMG). site In one mode of operation, the motor (the rotor) vibrates at a frequency that matches the frequency of a rotating magnetic field. In another mode of
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Forced vibration is a fundamental and ubiquitous phenomenon in engineering and industry. This kind of vibration plays a crucial role in mechanical systems that are under operation and also during the manufacturing and design of components and systems. The goal of this research is to investigate the use of frequency-dependent loads to achieve more robust control of unsteady and nonlinear structures. Methods: The paper presents a comprehensive study of forced vibration of a nonlinear rotating system with different loading conditions, including various load combinations and frequency ranges. The
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Yes, this is possible by applying a frequency-dependent force. This type of loading is more complex than frequency-independent loads. There are two main types of frequency-dependent forces: harmonic and cyclic. Harmonic vibrations occur when the frequency of the loading is changed. Cyclic vibrations occur when the frequency of the loading is constant and time-varying. Harmonic vibrations occur because the frequency of the load changes as it goes up and down, with a particular amplitude (amount of motion) for each step in the
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In this text, we will discuss the concept of forcing a vibration with frequency-dependent loads. Frequency-dependent loads are loads that cause a change in the frequency of the excitation of the system they are applied to. In other words, these loads create a change in the impedance of the system. These loads may arise in the design of systems such as acoustic resonators, acoustic microphones, vibration control systems, and more. When forcing a vibration with frequency-dependent loads, the vibration energy is transferred to the system
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Can you set up forced vibration with frequency-dependent loads? In my personal experience, forced vibration with frequency-dependent loads are possible to set up. I will explain how, briefly. A forcemechanism, commonly called a V-beam or beam spring, acts as a pivoted mass with respect to its base. Its load path can be modeled by a V-shaped curve in the vertical and horizontal planes, as shown below. As we know, the force acting on the beam is dependent on frequency,