Abstract Transfer Path Analysis (TPA) designates the family of test-based methodologies to
study the transmission of mechanical vibrations. Since the first adaptation of electric network …

Chatter vibration is one of the main factors that limit the productivity and quality of the robotic
milling process. To predict the robotic milling stability, it is essential to obtain the tool tip …

Abstract Source-path-contribution (SPC) analysis, also known as transfer path analysis
(TPA), is a technique widely used in the automotive industry for rank ordering noise and …

Dividing the whole system into multiple subsystems and a separate dynamic analysis is
common practice in the field of structural dynamics. The substructuring process improves the …

Thanks to the recent advances in digital vision systems, a question might arise about where
the full-field optical and contactless methods can bring modern design procedures. An …

An in situ method for the measurement of a resilient elements dynamic transfer stiffness is
outlined and validated. Unlike current methods, the proposed in situ approach allows for the …

Herein a vibration test method is discussed based on a non-contact, non-destructive
excitation input using a laser-induced plasma (LIP) shock wave and a non-contact input …

The implementation of both vibration source characterisation and sub-structure
coupling/decoupling procedures rely on the complete description of a coupling interface …

Blocked forces can be used to describe, independently, the operational characteristics of a
vibratory source. Their use within a computational model avoids the need to represent …

Rotational responses are comparing to the translational responses less frequently used in
the experimental structural dynamics. Even though they represent half of all the existing …