Surface treatment VI : computer methods and experimental measurements for surface treatment effects
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書誌事項
Surface treatment VI : computer methods and experimental measurements for surface treatment effects
（Computational and experimental methods, v. 7）
WIT Press, 2003
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注記
"Sixth International Conference on Computer Methods and Experimental Measurements for Surface Treatment Effects"--Added t.p
Includes bibliographical references and index
内容説明・目次
内容説明
This volume contains edited versions of papers presented at the Sixth International Conference on Computer Methods and Experimental Measurements for Surface Treatment Effects. Highlighting fundamental and applied concepts in this interdisciplinary field, the contributions focus on the interplay between applied physics, materials science and engineering, computational mechanics and mechanical engineering. The papers featured are divided under the headings of surface coating, damage mechanics, residual stress effects, laser surface treatment and mechanical surface treatment, while special emphasis is given to the application of advanced theoretical and experimental approaches.
目次
- Section 1 Surface Coating: Evaluation of surface treatment of Ti-6A1-4V alloy specimens
- Method to define the batchsize and composition of processes in surface treatment
- Modulating CH4 flow during the fabrication of improved CVD diamond coatings
- Scratching of polymeric coatings: experimental study and mechanical analysis
- Adhesion strength of DLC films prepared by ionization deposition
- Energetics of aluminium alloys anodization for porous oxide films elaboration
- Production of CrN/NbN superlattice coatings by cathode switching reactive cathodic arc evaporation
- CFD simulation of an HVOF process for the optimization of WC-Co protective coatings
- Basic of high-pressure water-ice jet creation and application of surface treatment. Section 2 Damage Mechanics: Fatigue behaviour of nitrided low alloy steel in 3per centNaC1 solution
- The influence of fillet rolling on fatigue strength - experiment and calculation
- Internal fracture process in fatigue of radical nitrided bearing steel
- Fracture mechanism of shot-peened maraging steel in long-life region
- On the microstructure and deformation mechanisms under mechanics indentations of TiN/(Ti,Al)N multilayer coatings
- On the lay selection with determined surface frictional properties
- Determination of polymer-polymer joints
- Effect of fiber length on tensile strength of jute fiber reinforced polypropylene with several kinds of interfacial treatment
- Secondary cracking and dispersion of rocks at the contact with fluids
- Fatigue crack growth of pressure vessel steel in high temperature argon and water environment. Section 3 Residual Stress Effects: Near surface secondary stresses affecting the mechanical behavior
- Numerical simulation of surface diffusion and precipitation of chemical elements, with application to some nitriding process
- Investigation of the combined stress and strain situation in diffusion welded rectifying elements
- A new x-ray method for residual stress evaluation in coatings
- Finite element simulation of roller burnishing in crankshafts. Section 4 Laser Surface Treatment: Laser melt injection of hard ceramic particles into Al and Ti alloys - processing, microstructure and mechanical behaviour
- Numerical simulation and microstructural investigation of an aluminium-copper alloy processed by laser surface remelting
- Microstructural features in a laser clad TiB-Ti composite coating
- The influence of non-metallic inclusions on the strengthening of steels by laser treatment
- A numerical solution for non-linear heat flow problem using boundary integral method. Section 5 Mechanical surface treatment: Effect of shot peening on fatigue strength of maraging steel
- Numerical analysis of thermal phenomena and deformations in processing zone in the centerless continuous grinding process
- Effect of fine particle bombarding on fatigue strength of carburized Cr-Mo steel
- Regeneration of fatigue properties by methods of surface cold-work hardening.
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