Vibration Effect Modelling Based Ateb-Functions for Printed Circuit Boards of Control Machines
Dariya Rebot, Serhiy Shcherbovskykh, Tetyana Stefanovych, Volodymyr Topilnytskyy · 2024
A mathematical model was developed to examine the influence of vibration on printed circuit boards utilized in machine control components. Nonlinear mechanics and Ateb functions were employed in the construction of the model. The study examined the impact of amplitude of oscillation and the elastic characteristics of the board's plate material on the change in oscillation frequency of the board. The findings of this study can inform further research on the reliability of printed electronic boards and their use in diverse operational modes and conditions.