In this paper, we put a variety of elements into the Cu–Ni–Si alloy for smelting and
processing, and systematically characterized and tested the microstructure, precipitates and …

This work is motivated by the fact that the reliability of electrical connectors influenced by
their mechanical behavior and fatigue life directly affects the working performance of the …

The primary mode of failure in electric connectors is contact failure, one of the reasons is
which occurs as a result of external vibrations in the environment. This failure arises due to …

Fretting is one of the common phenomena during the use of electrical connectors, which is
usually affected by the working environment and has a significant impact on the electrical …

Electrical connectors are crucial electro-mechanical components, with insertion, withdrawal,
and electrical contact characteristics serving as key indicators of their reliability. Studying the …

The press-fit connector is a typical plug-and-play solderless connection, and it is widely
used in signal transmission in fields such as communication and automotive devices. This …

As a key component for transmitting electrical signals, the electrical contact performance of
electrical connectors is directly affected by the closing amount of the socket. It is urgent to …

Copper alloys used in connectors rely significantly on stress relaxation resistance as a key
property. In this study, a heavily deformed Cu-Cr-Ag-Si alloy underwent aging at varying …

The paper focus on showing using statistical analysis the relevance of vibration,
temperature, and humidity on a crimped connection between a copper wire and copper …

Electrical connector is one of the key components in the electronic control system of new
energy vehicles, and its reliability is very important to the normal operation of the whole …