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Experimental investigation on the influence of impact angle on ice crystal fragmentation
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DOI：10.1016/j.ijimpeng.2026.105858.png)
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Abstract
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• Ice crystal impact dynamics on a rigid surface were experimentally investigated. • Impact behavior exhibits three regimes: rebound, minor and major fragmentation. • The critical fragmentation velocity scales with the -1/2 power of crystal diameter. • The tangential velocity induces rotation and alters fragment dispersion above 45°. • New critical velocity model improves accuracy for impact angle from 0° to 75°.
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