A5054925479- Metal and Thin Film Mechanics
- Aluminum Alloy Microstructure Properties
- High-Temperature Coating Behaviors
- Copper Interconnects and Reliability
- Microstructure and Mechanical Properties of Steels
- Metal Alloys Wear and Properties
- Microstructure and mechanical properties
- Advancements in Materials Engineering
- Aluminum Alloys Composites Properties
- Surface Treatment and Coatings
- Metallurgical and Alloy Processes
- Material Properties and Applications
- Corrosion Behavior and Inhibition
- Metallurgical Processes and Thermodynamics
- Diamond and Carbon-based Materials Research
- Intermetallics and Advanced Alloy Properties
- Material Properties and Failure Mechanisms
- High Temperature Alloys and Creep
- Adhesion, Friction, and Surface Interactions
- Advanced materials and composites
- Structural Engineering and Materials Analysis
- Magnetic and transport properties of perovskites and related materials
- ZnO doping and properties
- Surface Roughness and Optical Measurements
- Metallurgy and Material Forming
Częstochowa University of Technology
2014-2024
Manufacturing Advocacy & Growth Network (United States)
2018
Institute of Metallurgy and Materials Science
2015
Jagiellonian University
2015
National Institute of Advanced Industrial Science and Technology
2015
Abstract A hot dip (Zn) – coating formation is carried out in the industry conditions. Two types of steel substrate are applied to experiment. morphologically different coatings obtained, accordingly. also laboratory conditions for making some additional explanations revealed phenomena. The thickening - phase sub-layer observed details determine time transition from stable into meta-stable solidification. Fe-Zn diagrams and equilibrium calculated, respectively. diagram dissolution...
Abstract Two different steel substrates are applied to the hot dip (Zn) - coating formation. The influence of substrate composition on thickening is recorded. Morphologies both coatings compared each other. transition from stable into meta-stable solidification revealed. criterion for competition between and justify analyzed transition.
The effective design of energy-saving electric motors with efficiency class IE4 and higher requires the use material characteristics that take into account core shaping process.Therefore, it becomes necessary to analytical or numerical models change local properties Fe-Si material.The aim work is indicate a useful model for estimating magnetic permeability material, as well understand reasons these changes.For this purpose, low-loss ferromagnetic materials cut guillotine laser were...
The paper presents the investigation of expansibility an Al-Si alloy in form a protective coating applied on steel substrate and as conventional cast, respectively. Examinations were carried out temperature range troom÷220°C using diffractometric technique based reflections (311), (222), (400), (331) from Al solid solution. It was demonstrated that exhibited better thermal compared to its expansion coefficient close standard values for alloys same chemical composition. For lower by approx....
Abstract The subject of research is car exhaust system piping made chromium–nickel steel grade AISI304L with a unique, complex shape that was obtained by hydroforming technology. purpose the to determine relation between microstructure features, surface condition, hardness and stresses on external as determined sin 2 ψ X-ray method. We found were tensile correlated hardness, i.e. they greater where higher. Moreover, longitudinal showed relationship pipe wall thickness, while circumferential...
Abstract A mathematical description for the (Zn) - coating formation with presence of flux in zinc bath is presented. This includes progressive vanishing products disintegration. function which expresses formulated. The solidification some phase sub-layers considered use a hypothetical pseudo-ternary diagram Fe-Zn-flux. Some relationships are formulated to define varying Zn solute redistribution as observed across sub-layers. based on mass balance analyzed / system. An amount growing given...
OCENA TRWAŁOŚCI TEPERATUROWEJ WIELOWARSTWY Cu/NiThe article presents investigation results for a Cu/Ni multilayer as annealed in the temperature range of 40÷300 • C. The with Cu sublayer thickness 2 nm and an Ni 6 was fabricated by magnetron deposition technique.The X-ray structural analysis, XRD, employed examination.The characterization before after annealing process done measurement texture Cu/Ni(111) plane, well topography examination on atomic force microscope (AFM).The state surface...
Modern methods for modification of properties and protection material surface, which embrace gaseous phase physical deposition methods, arouse interest many branches industry as well medicine.By virtue their fine-grained structure, metallic coatings fabricated by these have superior mechanical corrosion resistance when compared with alloys made traditional techniques.The paper presents a study the electrical structure Al-Si coatings.The were deposited vapor deposition.Targets hypo-, peri-and...
Abstract This article describes the results of a study Cu/Ni multilayer coatings applied on monocrystalline Si(100) silicon substrate by deposition magnetron sputtering technique. Composed 100 bilayers each, multilayers were differentiated Ni sublayer thickness (1.2 to 3 nm), while maintaining constant Cu (2 nm). The characterized assessing their surface topography using atomic force microscopy and mechanical properties with nano-hardness measurements Berkovich method. tests showed that...
Experimental measurements do not allow for a unique determination of the concentration profiles, e.g., in case multi-layer systems. The measured elements at alloy/scale interface is an average alloy and scale near spot beam [1]. knowledge boundary necessary understanding corrosion alloys. This essential obstacle experimental techniques can be overcome by computer modelling. Namely, combining different methods (non-unique measurement with modelling). Danielewski-Holly model interdiffusion has...
This paper presents the results of X-ray research on structure Cu/Ni multilayers magnetron-deposited a Si (100) substrate. The multilayers, each consisting hundred double-layers, but with variable thickness Ni (1,2÷3nm) sublayer, were investigated. Cu sublayer was same for all investigated and equalled 2nm. measurements taken using filtered radiation λCu=0.15405 nm λCo=0.17902nm. coatings examined in respect angle at which (111) reflection satellite peaks appeared together. obtained...
The mechanical properties (microhardness and scratch test) of AlSi coatings made by PVD magnetron sputtering method from alloys with 7-20%Si were compared. Higher concentration Si increased deformation resistance the coating, expressed depth scratch. Improved had modified TiBAl refiner.
This paper compares the abrasibility of aluminium-silicon coatings with silicon crystals various forms. The tests were performed on Al-Si chemical comp67890-osition corresponding to that hypoeutectic and peritectic silumins (6-10wt% Si), manufactured by hot-dipping type X2CrTi12 steel cold cladding 60% reduction AlMn1Cu alloy. hot-dip deposited investigated as made after a two-stage heat treatment: 420oC/2h/water 120oC/2h/air. morphology, shape, size in studied under microscope image...
To understand the impact of binary doping in ZnO, nanosized Zn(Ag, Ni)O systems were synthesized by sol-gel method. The amount Ag was fixed at 2 at%, and that Ni varied from 1 to 15 at%. incorporation equal or beyond 3 at% gave rise development NiO phase. presence did not have much influence on lattice constants ZnO. However, a larger addition impacted unit cell NiO, as indicated reduction constant NiO. increase contents ZnO reduced second third harmonic intensities under non-linear...
The paper presents studies of microstructure, magnetic and corrosion properties the Gd58Ge20Si22, Gd56Ge20Si22Co2, Gd56Ge20Si22Ti2 Gd56Ge20Si22Cr2 (at.%) alloys after isothermal heat treatment at 1450 K for 2 h. structure investigations produced materials performed by X-ray diffraction show presence Gd5Ge2Si2-type phase in all investigated samples. DC AC measurements confirmed that Curie temperature depends on chemical composition alloys. From M(T) characteristics, it was found lowest point...