Fatigue Test Systems

Fatigue test systems are specialized testing setups used to measure the endurance performance of materials and engineering components under repeated loads. These systems work to determine when and how a part will fail under long-term dynamic stress. Fatigue tests enable the prediction of design life by establishing the material’s S-N curve (stress-life relationship). Fatigue test systems typically apply repeated force/moment to specimens using hydraulic, electromechanical or servo[…]
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Road Simulation Test System

Road simulation test systems used to evaluate the structural durability of land vehicles replicate dynamic loads that vehicles would encounter under real road conditions in a laboratory environment. These systems simulate effects such as vibration, impact, and fatigue in an accelerated manner, enabling manufacturers to identify potential weak points and make design improvements. Thus, while enhancing vehicle safety and durability, they also optimize costs and testing[…]
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Wear & Tear Test Systems

Wear and tear tests are applied to determine the durability and lifespan of moving mechanical, composite, and rubber components exposed to friction in land vehicles. Evaluating the performance of these components operating under continuous motion and load, detecting potential failures in advance, and optimizing materials are among the primary objectives of these tests. During testing, parameters such as wear amount, friction coefficient, surface degradation, temperature[…]
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