Abstract:
The three-surface abrasive wear test is widely employed to evaluate the wear resistance of
various materials. Our research entails modifications to the traditional three-surface abrasive
wear test with the aim of investigating the effect of temperature on the wear rate of carbon
steel. We utilized a custom-built apparatus, which facilitated controlling the temperature of
the sample material. The abrasion wear tests were executed at different temperatures ranging
from room temperature to elevated temperatures, and the wear rate of the carbon steel
samples was measured and compared at each temperature. Abrasive wear is a critical factor
that significantly impacts the performance and durability of materials in numerous industrial
applications. Our test setup comprised a rotating wheel with abrasive particles, which exerted
pressure on the carbon steel samples at varying temperatures. The wear rate was evaluated by
measuring the mass loss of the samples over time. Our study provides valuable insights into
the temperature-dependent abrasive wear characteristics of carbon steel. These insights can
be utilized to enhance the performance and durability of carbon steel components in high
temperature and high-abrasive environments.
