R&D of a New De-Icing Device Based on Synthetically De-Icing Techniques

Jian Zhao Zhou; Xiao Pan Xu; Wei Jun Chu; Ju Ying Dai; Yun He Chen; Zi Cheng Zhu; Si Wei Lai

doi:10.4028/www.scientific.net/AMM.372.381

Paper Titles

Tool Vibration due to High Speed Micro End Milling Parameters
p.364

Modular Tooling Concept in the Fabrication of the Precision AUV Blade
p.369

Control Problems for Heat-Conducting Viscous Fluid Flow in Manufacturing Processes
p.373

Integrated Dexels Geometric Model and Predictive Force Model for Feedrate Optimization in 03 Axis Milling Machine
p.377

R&D of a New De-Icing Device Based on Synthetically De-Icing Techniques
p.381

Experimental Investigation of Bubbly Flow Mixing inside a Washer Basin with an Immersed Coiled Heater
p.387

Finite Element Analysis of Modals Intermixture of Ultrasonic Motor and Separation Technique
p.392

Characteristics of STS630 Based Metal Injection Molding Products on Powder Size, Sintering and Heat Treatment Conditions
p.398

A Study on Deviations of the Jet with Traverse Speeds on Different Materials in Pocket Milling Using Abrasive Water Jet Machining Process
p.402

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 372R&D of a New De-Icing Device Based on...

R&D of a New De-Icing Device Based on Synthetically De-Icing Techniques

Abstract:

The thermal water-jet technology and mechanical milling method are comprehensively applied in the design of the new de-icing device. These two kinds of de-icing methods are combined as a set of multi-functional system, in which the thermal water jet cuts the ice layer into separated sections, and then the mechanical milling unit can easily remove the remaining sections. To obtain the affecting factors in the new de-icing device, repeated indoor experiments were conducted and the data was analyzed, which would provide some theoretical references to further optimize the design.

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Periodical:

Applied Mechanics and Materials (Volume 372)

Pages:

381-386

DOI:

https://doi.org/10.4028/www.scientific.net/AMM.372.381

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Online since:

August 2013

Authors:

Jian Zhao Zhou, Xiao Pan Xu, Wei Jun Chu, Ju Ying Dai, Yun He Chen, Zi Cheng Zhu, Si Wei Lai

Keywords:

Data Analysis, De-Icing Technique, Experiments Design, Mechanical De-Icing, Thermal Water-Jet

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