Intellectualization of Surface Layers, Working under Cyclic Loading and Reversing Friction

Zhesfina Blednova; Peter Olegovich Rusinov

doi:10.4028/www.scientific.net/AMM.798.440

Paper Titles

Epoxy Resin as a Binder in the Preparation of Rutile Coated Electrodes
p.419

Research on Wear Mechanism of Solid Lubrication Bearing in Vacuum Environment
p.424

Predicting Mechanical and Thermal Behavior of Multiphase Composite Containing Phase Change Material (PCM) by Micromechanical Approaches
p.430

Comparative Study of Effect of Cryogenics Heat Treatment and Case Hardening on the Wear Property of 20MnCr5
p.435

Intellectualization of Surface Layers, Working under Cyclic Loading and Reversing Friction
p.440

Experimental Investigation of Machining Factors in Metal Turning Operation Using Shainin’s Variables Search Method
p.447

Comparative Evaluation of Efficiency of Metal-Cutting Tool by Method of Pendulum Scribing
p.452

Additive Manufacturing for Aerospace Application
p.457

Analysis of Buckling of Sandwich Plates with Viscoelastic Core Using Layerwise Theory
p.462

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 798Intellectualization of Surface Layers, Working...

Intellectualization of Surface Layers, Working under Cyclic Loading and Reversing Friction

Abstract:

The object of study is a multi-layer composition «steel – a material with shape memory effect (SME) – wear-resistant layer» (TiNiHf - WC-Mo-Co). Ni was deposited as an adhesion layer. The sequence of functional layers deposition, their composition, thickness, structural-phase state and dispersion are determined by the operating conditions and operated by processing modes. To enhance durability and longevity it is recommended to form a layer with shape memory effect in a way that its temperature, given the increase in friction, corresponded to martensitic state and had an increased relaxation and damping capacity to inhibit cracking.

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Periodical:

Applied Mechanics and Materials (Volume 798)

Pages:

440-446

DOI:

https://doi.org/10.4028/www.scientific.net/AMM.798.440

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Online since:

October 2015

Authors:

Zhesfina Blednova*, Peter Olegovich Rusinov

Keywords:

Adhesion Functional Layer Nanostructure, Durability, Multilayer Composition, Shape Memory Effect

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