Computation of the Surface Materials Modification by Plasma Technology

Alexey M. Lykov; Nataliya V. Mokrova

doi:10.4028/www.scientific.net/AMM.897.106

Paper Titles

Mechanical Properties of ECC Incorporating Low-Cost PVA Fibers
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Preparation and Structures of Ni/Natural Rubber Promoted Carbon Nanofiber Branches via One-Step Carbonization Process
p.85

Influence of Longitudinal Reinforcement Ratio on Shear Strength of RC Slender Beam Under Different Loading Rates
p.91

A Study on Eco-Concrete Incorporating Fly Ash and Blast Furnace Slag in Construction in Vietnam
p.98

Computation of the Surface Materials Modification by Plasma Technology
p.106

Study of Fine-Grained Cementitious Composites in Solidification Phase Using Acoustic Testing Technique
p.111

Mechanical Properties of Porous Ti-Nb-Zr Alloy Fabricated by Using a Combined Process of Decomposite - Sintering Method in Vacuum Atmosphere
p.117

Prediction of Soil Compression Index in Teziutlán, Mexico
p.124

Elastic Half Space under Axisymmetric Surface Loading and Influence of Couple Stresses
p.129

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 897Computation of the Surface Materials Modification...

Computation of the Surface Materials Modification by Plasma Technology

Abstract:

Experimental studies of plasma surface treatment processes of various materials are difficult since temperatures of the surface are more than 1500-3000 K, the speed of their change is high (10⁴ K/s), the front of melting is moving. Theoretical researches of the thermal modes are necessary for conducting plasma processes in the best possible way. The use of analytical decisions at impulse thermal influence on the surface allows to calculate temperatures on the surfaces and in the mass of the material under almost any boundary conditions. The paper presents the results of calculation of various plasma processing at dielectric and steel materials (hardening, welding), as well as comparison of the obtained design parameters with experimental values.