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Characteristics and stability of oxide + carbonitride in H13 steel at 1250 °C
The morphology, size, quantity, and composition of complex oxide + carbonitride in H13 steel held at 1250 °C for 5, 10, and 15 h were determined. The...
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New Complex Treatment to Ensure the Operational Properties of the Surface Layers of Machine Parts
To obtain high-performance indicators of machine parts, the development of diffusion saturation of the surface with various atomic elements for the... -
Improving the Properties of High-Strength Steel for Critical Components by Microscopic Additions of Vanadium and Nitrogen
AbstractThe influence of microalloying with vanadium or with vanadium and nitrogen on the properties of medium-carbon high-strength nickel–cobalt...
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Results of X-Ray Studies of Electro Erosive Tungsten-Free Hard-Alloy Powder Material
The purpose of the work was to study the phase and elemental compositions of new tungsten-free hard-alloy powder materials produced by electro... -
Role of Calcium Modification of Oxide Inclusions During ESR on Primary Carbides
In Chap. 9 it is well established that all MgO·Al2O3 and alumina inclusions in the liquid steel which has not... -
Degradation Processes of Two Compound Layers on Nitrided Surfaces During the Wear Test by “Block on Hot Al Cylinder”
The results obtained in the study help to explain the degradation process of the nitrided steel compound layer. Compound layers with different...
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Wear Resistance Increase in Ti6Al4V Titanium Alloy Using a Cathodic Plasma Electrolytic Nitriding
Abstract —The possibility of increase in Ti6A14V alloy’s wear resistance is shown using cathodic plasma electrolytic nitriding in a solution of...
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The Effect of Using Ceramic Cutting Tools for Turning Thermoplastic Polymer Materials
AbstractThe article assesses the effectiveness of turning polymeric materials with ceramic cutting tools. It is experimentally proven that turning...
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Results of the Studies of Morphology and Granulometric Composition of Electro Erosive Tungsten-Free Hard-Alloy Powder Material
The purpose of this work was to study the morphology and particle size distribution of new tungsten-free hard-alloy powder materials produced by... -
A State-of-the-Art Review on Cutting Tool Materials and Coatings in Enhancing the Tool Performance in Machining the Superior Nickel-Based Superalloys
Nickel-based superalloys have gained widespread use in various industries like aerospace, power generation, chemical processing, and marine...
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A Quantitative Approach to Precipitate Characterization in Wire Arc Additive Manufactured Inconel 600 Series Alloys
In this work, wire arc additive manufactured (WAAM-ed) Inconel 617- and 625-wmo grade alloys are characterized in detail for the type and...
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Improving Machining Performance Through Cutting Tool Surface Modifications: A Specialized Review
The performance of cutting tools is critical in the ever-changing world of machining and manufacturing. This research explores the novel approaches... -
High cycle fatigue behavior of titanium microalloyed high-strength beam steels
The realization of an ideal combination of mechanical and fatigue properties is prerequisites for practical application of titanium (Ti) microalloyed...
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Brake Emission Engineering Approaches and Outlook on Upcoming Development Tasks
The GTR-24 (Global Technical Regulation) by PMP (Particle...