Search for dissertations about: "M7C3 carbides"
Showing result 1 - 5 of 11 swedish dissertations containing the words M7C3 carbides.
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1. Microstructure Evaluation and Wear-Resistant Properties of Ti-alloyed Hypereutectic High Chromium Cast Iron
Abstract : High chromium cast iron (HCCI) is considered as one of the most useful wear resistance materials and their usage are widely spread in industry. The mechanical properties of HCCI mainly depend on type, size, number, morphology of hard carbides and the matrix structure (γ or α). READ MORE
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2. Control of Wear-Resistance Properties in Ti-added Hypereutectic High Chromium Cast Iron
Abstract : High chromium cast iron (HCCI) is considered as one of the most useful wear resistance materials and their usage are widely spread in industry. The wear resistance and mechanical properties of HCCI mainly depend on type, size, number, morphology of hard carbides and the matrix structure (γ or α). READ MORE
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3. Thermodynamic modelling of carbides in multicomponent systems : theoretical and experimental approach
Abstract : This thesis concerns thermodynamic modeling of carbides in multicomponent systems. Focus has been made on systems interesting for cemented carbide production but the results are also useful for many other application were the material consist of different carbides, for example tool steels/high speed steels. READ MORE
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4. Transition Metals and their Carbides, Nitrides and Carbonitrides : from a CALPHAD Perspective
Abstract : The CALPHAD (CALculation of PHAse Diagrams) method consists of three cornerstones, i.e. experiments, computational methods (e.g. READ MORE
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5. Microstructure Development of WC-Co Based Cemented Carbides During Creep Testing
Abstract : The aim of this work is to understand the mechanisms behind the plastic deformation of WC‐Co based cemented carbides. The microstructure of two series with different WC grain size was investigated before and after creep deformation using quantitative microscopy, atom probe tomography, and transmission electron microscopy. READ MORE