Abstract
An integrated reception‐plate inverse‐force method for vibration power and force transmitted from a mounted vibration source measurement has been prototyped and evaluated. The tests developed data to aid in understanding the repeatability and reproducibility of the method, which is necessary as these methods are integrated into industrial noise control design applications. The reception plate has many advantages such as mounting structure mobility matching, simple source‐receiver dynamics and inexpensive reproducible test setups. The inverse force method has the advantage estimating of the blocked force characterization in situ. Implementing the inverse method on a reception plate allows the use of a common set of accelerometers measurements. The accelerometers measurements are processed for plate flexural response to estimate input power using reception plate methods and transfer mobility measurements for the blocked force characterization method. The goal of this work is to development of an industrial engineering‐tolerance cost‐effective, vibration source characterization method for the specification of acceptable source levels of equipment.
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