Adhesive Mechanism and Experimental Study on Shear Adhesive Strength of Impact Ice

Rui Rui Wu; Chun Ling Zhu; Cheng Xiang Zhu; Bo Miao

doi:10.4028/www.scientific.net/AMR.937.330

Paper Titles

Application of Neural Network in Bioactive Prediction of Inhibitor of Thymidylic Acid-Based Synthetase
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Study on Fault Rule Prediction of Hydraulic System and its Accessories of Shipborne Aircraft
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Analysis of Welding Residual Stress on Cracked Vessels with X-Ray Diffraction Method
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Energy Consumption Performance Study of New S-Shaped Hysteretic Damper
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Adhesive Mechanism and Experimental Study on Shear Adhesive Strength of Impact Ice
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Design of the Hydraulic System of Lead Plate Coiling Machine
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Influence of Vibration on Thermomechanical Property and Transformation Behavior of TiNi Shape Memory Alloy
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The Design and Development of a Single-Axle Parallel Hybrid Powertrain Test Platform
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The Research of the Rolling Element Bearing Fault Signal Frequency Domain Feature Extraction Method Based on the Wavelet Packet Decomposition
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HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 937Adhesive Mechanism and Experimental Study on Shear...

Adhesive Mechanism and Experimental Study on Shear Adhesive Strength of Impact Ice

Abstract:

Aiming at the need of aircraft de-icing system design, a study of the adhesive mechanism between impact ice and substrate has been made. Based on the discussion of electrostatic force and van der Waals force which contribute to ice adhesion, the related factors are listed. A systematic study has been made of the distribution of shear adhesive strength of impact ice as a function of the roughness and material of substrates, the ambient temperature and the mean volume diameter of supercooled droplets through experimental research. The experimental results has been compared with foreign research and error analysis has been given.