Testing

Component testing is a fundamental step in ensuring that both new and used gas turbine components achieve the desired material properties for optimal performance. It plays a critical role in the gas turbine engineering process, as testing is essential across various stages, including design, redesign, material selection, manufacturing modifications, and coating applications. Additionally, when evaluating used components for lifetime assessment, component testing serves as a foundational tool in determining their condition and durability.

The type of tests conducted varies based on design objectives, operating conditions, and component function. Some of the key tests include:

• Creep testing to evaluate long-term deformation under stress.
• Low-cycle and high-cycle fatigue tests to assess durability under cyclic loads.
• Thermo-mechanical fatigue testing to simulate combined thermal and mechanical stress conditions.
• Wear resistance testing to measure erosion and surface degradation.
• Oxidation and corrosion testing to assess resistance against high-temperature and environmental effects.

These tests are essential for verifying component performance, durability, and reliability in real-world conditions. Additionally, they contribute to component optimization and life extension, ensuring cost-effective turbine operation.

YANA Company’s Expertise in Component Testing

With a team of specialized experts, YANA Company has played a key role in assisting clients with high-reliability gas turbine component operation. The company’s expertise extends to:

• Defining and executing component tests in accordance with global standards.
• Conducting precise and reliable testing to validate turbine component performance.
• Providing in-depth engineering analysis and interpretation of test results.

By integrating advanced testing methodologies, YANA Company has helped clients reduce operational costs while ensuring high-performance, long-lasting gas turbine components.