Running BSc diplomas topics
1. | Héjjal erősített, 3D nyomtatott kompozit energialenyelő struktúra vizsgálata |
Abel Galatia Kristiawan |
2. | Investigation of 3D printed foam sandwich structures |
Büki Márk Levente |
Completed BSc diplomas topics
1. | Analysis of polymer composites using injection moulding and extrusion based additive manufacturing technologies |
Pasics Ádám - 2023 |
2. | Investigating the 3D printability of wood-filled biopolymers |
Kunsági Viktória - 2023 |
3. | Design and validation of a Formula Student racecar composite monocoque |
Juhos Bálint - 2023 |
4. | Interlayer welding of extrusion based 3D printed short fibre composites |
Halász Lajos Tibor - 2023 |
5. | Investigation of the applicability of 3D-printed reinforcement structures for composites produced by injection moulding |
Szondy Zsolt - 2023 |
6. | Application of composite 3D printing on a Formula Student race car |
Rácz Imre - 2023 |
7. | Development of cellular composite energy absorbing structures |
Hudák Martin - 2023 |
8. | Relationship between hardness and tribological properties in photopolymers |
Turcsányi Máté - 2022 |
9. | Influence of different surface structures produced by FFF/FDM technologies on the tribological properties of polymers |
Szakács Bence Balázs - 2022 |
10. | Use of recycled polyethylene terephthalate (PET) printing filament in Fused Filament Fabrication (FFF) additive manufacturing technology |
Cs. Nagy Levente János - 2022 |
11. | Strength and toughness enhancement in 3d printing via bioinspired tool path |
Érdy Nándor - 2022 |
12. | Applications of conductive composite filaments in 3D printing |
Győry Tamás - 2022 |
13. | Investigation of factors affecting the interlayer bonding of 3D printed structures |
Tóth-Bucsek Levente - 2021 |
14. | Determination of the tribological behaviour of injection moulded ultra-high molecular weight polyethylene (UHMWPE) using a pin-on-disc (POD) tribometer |
Jan Pascal Potoradi - 2021 |
15. | Process optimization for additive manufacturing of continuous fiber-reinforced thermoplastic composites |
Asem Abdelraheem - 2021 |
16. | Adhesion testing of a polyurethane integral foam product |
Kövér Bálint - 2021 |
17. | Investigation of wear properties of products made with fused filament fabrication as a function of production technology parameters |
Szemán Ákos - 2021 |
18. | Investigation of injection molded composites with a 3D printed reinforcement structure |
Szőke Szabolcs - 2021 |
19. | Additive manufacturing of short-fiber reinforced thermoplastic composites using Fused Filament Fabrication: comparative analysis with injection molded composites |
Migács Szabolcs - 2021 |
20. | Development of a polymer device suitable for direct hand disinfection |
Gerber Gordon Alajos - 2021 |
21. | Additive manufacturing of short-fiber reinforced thermoplastic composites using Fused Filament Fabrication: effects of process parameters on the mechanical properties |
Oláh Gábor - 2020 |
22. | Developing PLA of improved mechanical properties with additive manufacturing |
Kígyós György Soma - 2020 |
23. | Investigation of the influence of technological parameters on the mechanical and morphological properties of the 3D printed products |
Rózsa Ádám - 2020 |
24. | Investigation of 3D printed composites based on polylactic acid |
Fonyó Bálint - 2020 |
25. | Investigation of selective laser sintered products made with different machines |
Pethő Attila Gábor - 2020 |
26. | Development of multi-axis FFF-based additive manufacturing technology |
Kiss Bálint - 2020 |
27. | Condition monitoring of direct 3D printed polymer injection molds |
Bácsi Barnabás - 2019 |
28. | Examination of products 3D printed with by SLS |
Bui Quang Anh - 2019 |
29. | Analysis of the creep relaxation process of the parts produced by photopolymer based additive manufacturing |
Fodor Marko - 2019 |
30. | Analysis of the creep properties of 3D printed composites |
Kiss Zsolt - 2019 |
31. | Examining the pointwise load dependent mechanical properties of the surface |
Valaczka Lukács - 2019 |
32. | Thermal analysis of small series injection molds |
Bárczi Bence - 2018 |
33. | Lifetime analysis of rapid molds used in injection molding |
Zorics Richárd - 2018 |
34. | Investigation and evaluation of overmolding process |
Szabó Bence - 2017 |
35. | Testing of thermoforming of polylactic acid by using additive manufactured molds |
Csézi Gergely - 2017 |
36. | Investigation of failure behavior of prototype molds |
Varsányi Dániel - 2017 |
37. | The development of non-contact measurement method for shrinkage |
Szabó Ádám Kristóf - 2017 |
38. | Examining of mounting possibilities at polymeric material based additive manufacturing technologies |
Hartwig Ábel - 2017 |
39. | Development of biopolymer with increased heat distortion temperature for Fused Deposition Modelling (FDM) based additive manufacturing technology |
Tamás Dániel - 2016 |
40. | Application of recycled polyethylene-terephthalate as raw material for Fused Deposition Modeling based (FDM) additive manufacturing |
Szabó Olivér - 2016 |
41. | Multiple-stage product development in medical engineering with advanced technologies |
Szűcs Nóra Alexandra - 2016 |
42. | Examination of the accuracy of the additive manufacturing technologies |
Balázs Benjamin - 2016 |
43. | Analysis of creep properties of photopolymer-based 3D printed products |
Jakab Roland Levente - 2016 |
44. | Development of novel Additive Manufacturing method |
Gyulai Mihály - 2016 |
45. | Evaluation of 3D printed stent prototypes |
Róka Gordon - 2016 |
46. | Replacement possibilities of the beeswax-based comb and application of beekeeping |
Ispán Róbert - 2016 |
47. | Investigation of mechanical properties of fused deposition molded parts with designed backfill |
Perger Dávid - 2016 |
48. | Analysis of injection mould inserts produced by additive technology |
Kovács Dénes Zoltán - 2016 |
49. | Post curing process optimization for photopolymer parts prepared by additive manufacturing technology |
Bocskai Bence - 2016 |
50. | Additív gyártástechnológiák időfüggő mechanikai tulajdonságainak összevetése |
Enyingi Donát - 2015 |
51. | Kompozit alkatrész gyártó szerszámok készítése gyors prototípus gyártó technológiával |
Magyar Balázs - 2015 |
52. | Fröccsöntött termékek tesztelése prototípus technológiák alkalmazásával |
Tari Gábor - 2015 |
53. | Fotopolimer alapú műanyag-alakító szerszámok deformációjának numerikus analízise |
Tóth Ádám - 2015 |
54. | Fotopolimer alapú additív gyártástechnológiával készült próbatestek kúszási érzékenységének hőmérséklet függése |
Klim Gábor - 2015 |
55. | Fotopolimer rendszerek kúszási viselkedésének elemzése |
Ódor Ádám - 2015 |
56. | Ultrahangalapú mikrofröccsöntési technológia fejlesztése |
Könnyű Dávid - 2014 |
57. | Fotopolimer alapú additív gyártástechnológiával készült darabok kúszásvizsgálata |
Varga Gábor - 2014 |
58. | Fröccsöntött akkumulátorház anyagának vizsgálata valamint anyagtulajdonság javításának lehetőségei |
Fehér Titusz - 2012 |
59. | Rapid Tooling technologies in the processing and development of cranial implants |
Szenti Alexandra - 2010 |
60. | Többkomponensű prototípusgyártás |
Kasza Dóra - 2010 |
61. | Műanyag bőrredőmérő fejlesztése és kisszériás gyártástervezése |
Király Anett - 2009 |
62. | Autóipari polimer termék teljes körű fejlesztése és gyors szerszámozása |
Seres Viktor - 2009 |
63. | Lebomló anyagú hermetikusan záródó doboz fejlesztése |
Ludvig Balázs - 2009 |
64. | Fröccsöntő szerszámbetétek fejlesztése rapid tooling eszközökkel |
Suplicz András - 2008 |