High-Pressure Compressor Efficiency
ARI Model delivers projects requiring high precision in engineering and design. Most recently, we created the high-pressure compressor efficiency model for Saint-Gobain, combining the complex and critical components of aircraft engine technology. This model serves as an ideal reference for both educational and promotional purposes.
The central cutaway model shows the internal structure of aircraft engine compressors in detail, while surrounding it are high-performance components developed by Omniseal Solutions. These parts are specially designed to enhance the efficiency and reliability of aircraft engines. The model provides a unique experience by visualizing engineering details and functionality.
Key Components Displayed on the Model
Omniseal® Metal E-Seal: This sealing ring plays a critical role in aircraft engine compressors with its high-temperature and pressure-resistant structure. It optimizes engine performance while minimizing energy loss through effective sealing.
Hycomp™ Composite Stator Runner Pads: These wear-resistant sliding surfaces extend the compressor’s lifespan and reduce friction. They ensure stable operation of the compressor blades, enhancing efficiency.
Meldin® 7500 Bearing Pads: Load-bearing pads increase the mechanical security and durability of the compressor. They minimize vibration and wear, ensuring long-term performance.
Meldin® 7021 Bushings: Precision bearing bushings ensure smooth and safe compressor operation, providing critical vibration control and friction reduction.
Meldin® 5000 VSV Actuation Arm: The variable stator vane actuation arm optimizes the compressor’s operating angle, improving engine efficiency. It plays a critical role in adapting to different flight conditions.
Meldin® 5000 Inlet Guide Vane: The inlet guide vane regulates airflow and increases compressor energy efficiency, stabilizing engine performance and improving fuel efficiency.
Importance and Applications of the Model
This model is an excellent tool for engineers, technical teams, and students seeking to understand the functionality and interaction of aircraft engine compressor components. Thanks to ARI Model’s high-precision production techniques, the cutaway model and surrounding components are displayed realistically and clearly.
The model is also ideal for commercial promotion and exhibition purposes. The functionality of surrounding components can be presented with explanations, enabling viewers to easily understand the complex world of aircraft engine technology. In this regard, ARI Model’s creations combine visual appeal with technical accuracy, making a difference in the industry.
Company: Saint-Gobain
Project Name: High-Pressure Compressor Efficiency
Location: FRANCE
