ESTECH.PathFinder

The software has functions to conduct contribution analysis of vibration source as well as transmitting path, utilizing physical test and analysis data. In addition to traditional TPA algorithm, operational TPA approach using data of actual working conditions and multi-coherence contribution analysis capability are also available.
The assembly TPA approach which requires no data measurement task of transfer function at a separating condition of the structure, makes it possible to shorten the time to analyze the transmission route of vibration substantially.

Name	ESTECH.PathFinder
Function	The following 4 selective options - Traditional TPA (Dynamic stiffness & Inverse matrix methods) - Assembly TPA (Dynamic stiffness method requires no separation of structure) - Operational TPA (Predict and analyze vibration transfer characteristics from actual working condition data) - Multi-coherence contribution analysis (Calculate ratio of plural uncorrelated vibration source signal to response signal)
Input File	vibration data (Universal File Dataset 58), configuration file (Microsoft Excel)

Please feel free to contact for further information

ESTECH Corp. Engineering Department
E-mail：info@estech.co.jp
TEL：81-45-661-1661　／　FAX：81-45-661-1664

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