Sensitivity Analysis of the GIF² Hydraulic Impulse System to Parameter Variations: Allowable Limits, Compensation Mechanisms, and Cyclic Stability Assessment

April 20, 2026Open Access

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Key Points

The study aims to evaluate the sensitivity of the GIF² hydraulic impulse system to variations in key operating parameters.
Conducted sensitivity analysis on valve closure angles and other critical parameters.
Developed compensation mechanisms including stabilizing batteries and pressure dampers.
Utilized numerical modeling techniques for analysis.
Determined allowable limits for parameter variations while maintaining system functionality.
Showed that the system remains stable despite simultaneous deviations within acceptable values.
Identified effective compensation mechanisms that enhance stability under varying conditions.

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Analysis assessed stability and allowable limits of a hydraulic system under parameter variations, implying effective design resilience.

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Valerii Orlov (2026) studied this question.

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