Study of Splat Particle Temperature Distribution in Plasma Spray Forming

Zi Yu Zhao; Bi Bo Xia; Su Zhi Zhang; Li Wang

doi:10.4028/www.scientific.net/AMR.291-294.509

Paper Titles

Optimaization of Single-Walled Carbon Nanotube for Adsorption of Methane
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Warm Forming Simulation of Dual-Phase Steel Tailor-Welded Blanks Based on Thermo-Mechanical Coupled Method
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A Software for Analyzing Structure of Amorphous Alloy
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Simulation Analysis of Splat Deposition in Plasma Spray Forming
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Study of Splat Particle Temperature Distribution in Plasma Spray Forming
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Numerical Simulation of the Inner Flow Field of Hema-Type ATY Nozzle Based on Fluent
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Error Coupling Analysis and Pre-Compensation in CNC Machining Based on the Empirical Formula
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Numerical Simulation of Welding Temperature Field on Side Beam of Train Bogie
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Gas Bubble Behavior Model in Adhesive Bonding Using Thermosetting Polymer
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 291-294Study of Splat Particle Temperature Distribution...

Study of Splat Particle Temperature Distribution in Plasma Spray Forming

Abstract:

This paper studies the thermal interaction of Ni particle and Al particle setting in the carbon steel surface using ANSYS software by finite element numerical simulation. It highlights the temperature-time change of feature points that are at different locations of flattened particles and substrate, and micro-contact heat transfer of particle and substrate surface is also analyzed. The results help to study residual stress distribution of a splat particle in the plasma spray forming, which further provide an important basis for improving the quality of the coating.