Search Results - "PRUSA, F"

Mechanical properties and thermal stability of Al-23Si-8Fe-1Cr and Al-23Si-8Fe-5Mn alloys prepared by powder metallurgy by PRUSA, F, VOJTECH, D

“…Al–23Si–8Fe–1Cr and Al–23Si–8Fe–5Mn (in wt%) alloys were prepared via melt centrifugal atomization following powder compaction by uni-axial pressing at 6GPa…”
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Mechanical properties and thermal stability of Al–Fe–Ni alloys prepared by centrifugal atomisation and hot extrusion by Průša, F., Vojtěch, D., Michalcová, A., Marek, I.

“…In this work, Al–12Fe and Al–7Fe–5Ni (wt%) alloys prepared by a novel technique including centrifugal atomisation and hot extrusion were studied. The…”
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An Al-17Fe alloy with high ductility and excellent thermal stability by Průša, F., Kučera, V., Vojtěch, D.

“…In this work, Al-17Fe alloys (wt%) were prepared by a combination of different techniques, including centrifugal atomization and mechanical milling, followed…”
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Preparation of Ti-Al and Fe-Al Alloys by Mechanical Alloying by Bernatiková, A., Novák, P., Průša, F.

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Combination of reaction synthesis and Spark Plasma Sintering in production of Ti-Al-Si alloys by Knaislová, A., Novák, P., Cabibbo, M., Průša, F., Paoletti, C., Jaworska, L., Vojtěch, D.

“…This work is devoted to the preparation of alloys based on intermetallic compounds in Ti-Al-Si system by powder metallurgy using Self-propagating…”
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High-temperature oxidation of Ti–Al–Si alloys prepared by powder metallurgy by Knaislová, A., Novák, P., Průša, F., Cabibbo, M., Jaworska, L., Vojtěch, D.

“…The Ti–Al–Si alloys are promising materials for high-temperature use in automotive, aerospace or cosmic industry. The main advantages of these alloys are their…”
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Role of Si on lamellar formation and mechanical response of two SPS Ti–15Al–15Si and Ti–10Al–20Si intermetallic alloys by Cabibbo, M., Knaislová, A., Novák, P., Průša, F., Paoletti, C.

“…Two TiAlSi intermetallic compounds produced by Spark Plasma Sintering (SPS) adding different Si content were tested by nanoindentation, toughness and wear…”
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Dense ceramics of lanthanide-doped Lu2O3 prepared by spark plasma sintering by Thoř, T., Rubešová, K., Jakeš, V., Mikolášová, D., Cajzl, J., Havlíček, J., Nádherný, L., Průša, F., Kučerková, R., Nikl, M.

“…•Ln:Lu2O3 (Ln = Pr, Eu, Tb, Dy) were prepared by SPS using co-precipitated powders.•Only powders with high-quality crystallinity yielded partially transparent…”
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Preparation and properties of plasma sprayed NiAl10 and NiAl40 coatings on AZ91 substrate by Kubatík, T.F., Lukáč, F., Stoulil, J., Ctibor, P., Průša, F., Stehlíková, K.

“…Magnesium alloys are, due to high specific strength and stiffness, materials suitable for lightweight applications in automotive and aeronautical industries…”
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Application of Mechanical Alloying in Synthesis of Intermetallics by Novák, P., Průša, F., Nová, K., Bernatiková, A., Salvetr, P., Kopeček, J., Haušild, P.

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Properties of the thermally stable Al95Cr3.1Fe1.1Ti0.8 alloy prepared by cold-compression at ultra-high pressure and by hot-extrusion by VOJTECH, D, MICHALCOVA, A, PRUSA, F, DAM, K, SEDAA, P

“…An Al95Cr3.1Fe1.1Ti0.8 (in at.%) alloy was made into rapidly solidified powder by melt atomization. The powder was compacted by two processes: 1) uni-axial…”
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Preparation of Fe-Al-Si Intermetallic Compound by Mechanical Alloying and Spark Plasma Sintering by Haušild, P., Karlík, M., Čech, J., Průša, F., Nová, K., Novák, P., Minárik, P., Kopeček, J.

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Structural and mechanical characterization of rapidly solidified Al95Ni5 and Al93Ni5Mm2 alloys prepared by centrifugal atomization by VOJTECH, D, PRUSA, F, MICHALCOVA, A

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Effect of Heating Rate on the Formation of Intermetallics during SHS Process by Novák, P., Michalcová, A., Školáková, A., Průša, F., Kříž, J., Marek, I., Kubatík, T.F., Karlík, M., Haušild, P., Kopeček, J.

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Properties of Mg-based materials for hydrogen storage by Vojtěch, D., Novák, P., Čížkovský, J., Knotek, V., Průša, F.

“…In the presented paper, microstructures of as-cast MgNi 14.0 and MgNi 27.8 alloys are described. The alloys are composed of α(Mg) phase and Mg 2Ni…”
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Structural and mechanical characterization of rapidly solidified Al sub(95)Ni sub(5) and Al sub(93)Ni sub(5)Mm sub(2) alloys prepared by centrifugal atomization by Vojtech, D, Prusa, F, Michalcova, A

“…Al sub(95)Ni sub(5) and Al sub(93)Ni sub(5)Mm sub(2) (at.%) alloys were prepared by induction melting and centrifugal atomization. Both as-cast and rapidly…”
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Properties of the thermally stable Al{sub 95}Cr{sub 3.1}Fe{sub 1.1}Ti{sub 0.8} alloy prepared by cold-compression at ultra-high pressure and by hot-extrusion by Vojtech, D., Michalcova, A., Prusa, F., Dam, K., Seda, P., Institute of Physics of the ASCR, Na Slovance 2, 182 21 Prague 8

“…An Al{sub 95}Cr{sub 3.1}Fe{sub 1.1}Ti{sub 0.8} (in at.%) alloy was made into rapidly solidified powder by melt atomization. The powder was compacted by two…”
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Structural and mechanical characterization of rapidly solidified Al 95Ni 5 and Al 93Ni 5Mm 2 alloys prepared by centrifugal atomization by Vojtěch, D., Průša, F., Michalcová, A.

“…▶ Structure and properties of a rapidly solidified Al–Ni–Mm alloy with a relatively low Mm content. ▶ Comparison of slowly and rapidly solidified state. ▶ High…”
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Pickling of Ti-Al-Si alloy powders – a method for improving compaction with spark-plasma sintering by Knaislová, A., Novák, P., Průša, F., Stoulil, J.

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Formation of Ni-Ti intermetallics during reactive sintering at 800–900 °C by Novák, P., Vojtěch, V., Pecenová, Z., Průša, F., Pokorný, P., Deduytsche, D., Detavernier, C., Bernatiková, A., Salvetr, P., Knaislová, A., Nová, K., Jaworska, L.

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