Design and Analysis of Aluminum Silicon Carbide Connecting Rod of Light Motor Vehicle

The connecting rod plays a crucial role in the functioning of internal combustion engines. Engines are exposed to high pressures and forces. This work aims to Analysis of a lightweight engine connecting rod using Aluminum silicon Carbide (Al-Sic) composite material. The Al-sic composite Provides enhanced durability, resistance to corrosion, and has good Thermal Conductivity to Conventional materials. This will involve a detailed model of the connecting rod and its features, which is created to accurately measure the Stress concentration, endurance, and structural integrity. The simulations will be based on the engine’s performance under different operating conditions. The performance of the connecting rod made of aluminum silicon carbide will be weighed against that of a similar conventional steel rod. This work aims to decrease the engine’s weight, while maintaining strength, leading to improved fuel efficiency and performance. The goal is to create and evaluate an Al-Sic connecting rod.