Subjects
| Name of course | Lecturer | Neptun code of English course |
Semester (fall or spring) |
Course Description |
|---|---|---|---|---|
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1. Chemically Metallurgy Leader: Prof. Dr. Tamás KÉKESI |
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| Surface technologies | Prof. Dr. Török Tamás | MAKDKM1EN | Spring |
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| Chemical Metallurgy-I | Prof. Dr. Török Tamás | MAKDKM2EN | Spring |
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| Theoretical Fundamentals of Chemical Metallurgy | Prof. Dr. Kékesi Tamás | MAKDKM3EN | Spring/Fall |
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| Processes of Metal Extraction and Refining | Prof. Dr. Kékesi Tamás | MAKDKM4EN | Spring/Fall |
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2. Foundry Engineering Leader: Dr. László VARGA |
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| Theoretical basics and simulation of foundry processes | Dr. Molnár Dániel | MAKDÖN1EN | Spring |
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3. Interfacial phenomena and nano-technology Leader: Prof. Dr. György KAPTAY |
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| Art of Doing Science | Prof. Dr. Kaptay György | MAKDHN1EN | Fall |
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| Bulk and Interfacial Equilibrium of Materials | Prof. Dr. Kaptay György | MAKDHN2EN | Spring/Fall |
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| Nanotechnology | Dr. Baumli Péter | MAKDHN3EN | Fall |
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4. Plastic deformation of metals Leader: Prof. Dr. László TÓTH |
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| Theory of metal forming | Dr. Kovács Sándor | MAKDFK1EN | Fall |
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| Hot forming | Dr. Szűcs Máté | MAKDFK2EN | Spring |
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| Cold Metalforming Processes | Dr. Szűcs Máté | MAKDFK3EN | Spring |
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| Modelling in crystal plasticity | Prof. Dr. László S. Tóth | MAKDFK4EN | Spring | |
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5. Physical metallurgy and heat treatment Leader: Prof. Dr. Valéria MERTINGER |
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| X-ray diffraction methods | Prof. Dr. Mertinger Valéria | MAKDFH2EN | Spring |
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| Metal Matrix Composites |
Prof. Dr. Gácsi Zoltán Dr. Gergely Gréta |
MAKDFH3EN | Fall |
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| Solide State tansformation |
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MAKDFH4EN | Fall |
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| Solidification |
Prof. Dr. Roósz András Dr. Veres Zsolt |
MAKDFH5EN | Fall |
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| Electron microscopy: a powerful tool for understanding the operating mechanisms of deformation | Dr. habil. Antoine Guitton | |||
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6. Materials informatics Leader: Prof. Dr. Zoltán GÁCSI |
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| Non conventional computation in image analysis | Dr. Barkóczy Péter | MAKDIA2EN | Spring |
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| Applications of computer algebraic systems | Dr. Körtesi Péter | MAKDIA3EN | Spring/Fall | |
| Anisotropy examinations | Dr. Benke Márton | MAKDAI4EN | Fall |
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| Scientific database management | Kissné Dr. Svéda Mária | MAKDAI5EN | Spring |
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| Artificial intelligence and material science application | Dr. Tóth-Lukács Pál | MAKDAI6EN | Fall |
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7. Space materials and technology Leader: Prof. Dr. Pál BÁRCZY |
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| Materials science in space |
Dr. Bárczy Pál prof.emeritus |
MAKDUT1(L) | Spring | |
| Numerical simulation processes | Dr. Barkóczy Péter | MAKDUT2(L) | Fall | |
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8. High temperature equipment and heat energy utilization Leader: Prof. Dr. Árpád Bence PALOTÁS |
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| Combustion Theory and Gasification Theory | Prof. Dr. Palotás Árpád Bence | MAKDEN1EN | Spring/Fall |
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| Transport processes | Dr. Tóth Pál | MAKDEN2EN | Spring/Fall | |
| Test methods for refractory materials | Dr. Póliska Csaba | MAKDEN3EN | Spring/Fall |
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| Transmission processes of airpollutants |
Dr. Szűcs István prof. emeritus |
MAKDEN4EN | Spring/Fall |
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9. Ceramics and their technologies Leader: Dr. István KOCSERHA |
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| Mechanics and Processing of Ceramics | Dr. Kocserha István | MAKDKE1EN | Fall |
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| Constructional materials, silicates and glasses | Dr. Kocserha István | MAKDKE2EN | Fall | |
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10. Polymer technology Leader: Prof. Dr. Kálmán MAROSSY |
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| Physics of Polymers |
Dr. Marossy Kálmán prof. emeritus |
MAKDPO1EN | Spring/Fall |
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| PVC materials |
Dr. Marossy Kálmán prof. emeritus |
MAKDPO2EN | Spring/Fall |
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| Rheology of Polymers | Prof. Dr. Czél György | MAKDPO3EN | Spring |
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| Introduction to the Chemistry of Polymers | Dr. Szabó Tamás | MAKDPO4EN | Spring/Fall |
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| Plastics Processing Technology | Prof. Dr. Belina Károly | MAKDPO5EN | Fall |
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11. Chemical processes and technologies Leader: Prof. Dr. Béla VISKOLCZ |
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| Selected topics of petrochemical and organic chemical technologies | Dr. Fejes Zsolt | MAKDKF6EN | Spring |
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| Sorption and catalysis | Dr. Lakatos János | MAKDKF2EN | Spring/Fall |
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| Molecular Simulations of Complex Systems, Molecular Design and Calculations of Thermochemical properties | Dr. Szőri Milán | MAKDKF3EN | Spring/Fall |
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| Application of Theoretical Chemistry Methods for Industrial Processes | Prof. Dr. Viskolcz Béla | MAKDKF4EN | Spring/Fall |
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| Data Analysis | Dr. Bánhidi Olivér | MAKDKF5EN | Spring/Fall | |
| Molecular Engineering | Dr. Fiser Béla | MAKDKF56N | Spring/Fall | |