Oscillation-caused

Describing a phenomenon, effect, or outcome that is the direct result of an oscillation, which is a repetitive movement or fluctuation around a central point or equilibrium. This term is used to link a specific consequence to the dynamic, rhythmic variation inherent in an oscillating system, whether physical, electrical, mechanical, or abstract. It emphasizes the causality: the oscillation is the driving force, and the described outcome is its direct result. This connection is crucial in fields like physics, engineering, and even economics, where understanding the impact of rhythmic fluctuations is paramount.

Oscillation-caused meaning with examples

• The oscillation-caused current surges in the electrical grid were disrupting sensitive equipment, leading to frequent failures. Engineers were working to dampen the oscillation to prevent further damage. The instability was a direct result of voltage oscillation, which resulted in sudden drops in voltage levels.
• The oscillation-caused distortion in the audio signal was creating an unpleasant buzzing sound. Adjusting the amplifier's feedback loop helped to stabilize the signal, and reduced this unwanted effect, originating from the oscillating components within the electronic device.
• The oscillation-caused instability in the bridge's support structure, due to wind, was deemed a structural hazard. Regular inspections were scheduled to monitor the vibrations which were causing strain on the materials, a critical issue affecting the building's integrity.
• The oscillation-caused fluctuations in stock prices, fueled by investor sentiment, made it challenging to forecast market trends. Economists sought strategies to mitigate such volatility. The result was market swings derived from oscillations in investor behavior.