The phrase "acceleration vibration" is correct and usable in written English.
It can be used in contexts related to physics, engineering, or mechanics, particularly when discussing the effects of acceleration on vibrations in a system.
Example: "The engineers measured the acceleration vibration of the machinery to ensure it operated within safe limits."
Alternatives: "vibrational acceleration" or "accelerative vibration".
Fabry-Perot (F-P) cavity fiber sensors are often used in acceleration, vibration and pressure measurement.
Since the nature of this environment influences the operator's efficiency and performance, the human-factors engineer must be concerned with such environmental factors as temperature, humidity, noise, illumination, acceleration, vibration, and noxious gases and contaminants.
The comparisons show that non-uniform excitation in different wave form, peak acceleration, vibration direction and wave propagation direction may lead to different dynamic response.
Firstly, original acceleration vibration signals are decomposed into a finite number of stationary intrinsic mode functions (IMFs), then the concept of EMD energy entropy is proposed.
Seismic performances were determined based on monitoring the system's plastification and analyzing the relevant parameters for the level of target displacement, such as target displacement, total shear force, spectral displacement, spectral acceleration, vibration period, damping and ductility.
The analysis is based on the longitudinal horizontal inline and vertical cross-axis apparent mass of twelve human subjects exposed to 0.25 20 Hz random acceleration vibration at 0.125 and 1.0 ms-2 r.m.s.
This paper aims to model segregation by assessing how the stability of fresh concrete is affected by the maximum size and density of coarse aggregates (CA), mortar viscosity, maximum acceleration during vibration, and vibration time.
Research on developing a harvesting system that converts the low frequency, non-periodic, and low-acceleration vibrations present on bridges is continued and significantly extended in this work.
The impact of acceleration and vibration loads on a piezoresistive pressure sensor and its packaging components is investigated in some detail.
acceleration of vibration measured on the seatpan of port vehicles and machines averaged 0·90 m/s2 for fork-lift trucks, 0·48 m/s2 for straddle carriers, 0·53 m/s2 for mobile cranes, and 0·22 m/s2 for overhead cranes.
