Lichtbogen additive Fertigung

Bioprinting von Geweben und Organstrukturen

Fusion in der Werkstofftechnik

Simulationen in der Werkstoff- und Strukturmodellierung

Lichtbogen additive Fertigung

Lichtbogen additive Fertigung mit Draht nutzt einen elektrischen Lichtbogen als Wärmequelle zum schichtweisen Aufschmelzen eines Drahtelektrodenwerkstoffs. Sie ermöglicht hohe Auftragsraten und ist für großvolumige Metallbauteile interessant. Werkstoffwissenschaftliche Herausforderungen sind Steuerung von Kühlrate, Restspannungen, Poren‑ und Rissbildung, mikrostruktureller Anisotropie sowie Entwicklung geeigneter Drahtlegierungen und Prozessstrategien.

Verwandte Tags

Neue Inhalte

Wire arc additive manufacturing of the high entropy alloy

Zavdoveev, A. (V)¹

3. Fachtagung Werkstoffe und Additive Fertigung

CuAl-based feedstock materials for Wire Arc Additive Manufacturing

Kowalski, A. (V)¹; Kulasa, J. (V)¹; Brudny, A.¹; Maleta, M.¹

MaterialsWeek 2021

Development of a new NiAl-compound wire for thermal spray applications and wire arc additive manufacturing (WAAM)

Stuth, T. (V)¹; Oswald, A.¹

3. Fachtagung Werkstoffe und Additive Fertigung

A continuous three-dimensional toolpath strategy using thermal scalar field for in wire arc additive manufacturing for thin and massive parts

Giordano, A. (Speaker)¹; Bordreuil, C.²; Bugarin, F.¹; Segonds, S.¹

FEMS EUROMAT 2023

Characterization of the residual stress on stainless steels components built by Wire Arc Additive Manufacturing (WAAM)

Soria, S. (Speaker)¹; Capek, J.²; Malamud, F.²; Miranda, A.³; Santisteban, J.¹; Strobl, M.²; Svoboda, H.³; Vicente Alvarez, M.¹

Gefügebesonderheiten und mechanische Eigenschaften von WAAM-Bauteilen

Sommer, K., Pfennig, A., Sammler, F. and Heiler, R.....

Establishing microstructure and mechanical properties of low-carbon steel processed using WAAM towards hybrid manufacturing in construction sector

Martelli, P.A. (Speaker)¹; Benni, A.²; Sabirov, I.¹; Menghini, A.³; Demir, A.G.²; Previtali, B.²; Kanyilmaz, A.³; Catanzano, A.⁴

Highlight Lecture

New developments in the field of production and application of multi-material WAAM components – a review

Treutler, K. (Speaker)¹; Wesling, V.¹

Influence of Interlayer Temperature and Cooling Rate on Ti-6Al-4V Parts Fabricated By Wire Arc Additive Manufacturing

Meermeier, A. (Speaker)¹; Elitzer, D.¹; Baier, D.²; Obersteiner, D.³; Berbalk, S.⁴; Meyer, T.⁴; Höppel, H.W.¹

Combining Phase Field Modeling and Deep Learning for Accurate Modeling of Crystal Orientation in Solidification Microstructure obtained by Wire Arc Additive Manufacturing

Klöcker, H. (Speaker)¹; Aboleinein, H.¹; Bergheau, J.-M.²; Herbeaux, A.¹; Maurice, C.¹; Villani, A.¹

Beliebte Inhalte

Robotisierung eines konventionellen Elektrolyseverfahrens in der Metallographie

Ambrož, O., Čermák, J., Jozefovič, P. and Mikmeková, Š.. "Robotization...

Microstructure and monotonic properties of as-deposited Waspaloy produced by Wire Arc Additive Manufacturing (WAAM)

Sazerat, M. (Speaker)¹; Barot, L.²; Cormier, J.¹; Fortunier, R.³; Nait-Ali, A.¹; Villechaise, P.¹

EuroSuperalloys 2022 - 4th European Symposium on Superalloys and their Applications

Oral-Poster-Präsentation

Properties of additive manufactured nickel superalloy blanks for fine blanking

Philipp, J. (V)¹; Gerbes, S.¹; Hertweck, B.¹

3. Fachtagung Werkstoffe und Additive Fertigung

Einfluss von Geometrie- und Fertigungsrestriktionen auf die mechanische Festigkeit von WAAM-Bauteilen

Jahns, H. (V)¹; Thiele, K.¹; Unglaub, J.¹

3. Fachtagung Werkstoffe und Additive Fertigung

Wire arc additive manufacturing of the high entropy alloy

Zavdoveev, A. (V)¹

3. Fachtagung Werkstoffe und Additive Fertigung

Innovative Fabrication of High Hardness High Entropy Alloy via Wire Arc Additive Manufacturing

Zavdoveev, A. (Speaker)¹; Klapatyuk, A.²; Speicher, M.³; Vedel, D.⁴

4th Symposium on Materials and Additive Manufacturing

Establishing microstructure and mechanical properties of low-carbon steel processed using WAAM towards hybrid manufacturing in construction sector

Martelli, P.A. (Speaker)¹; Benni, A.²; Sabirov, I.¹; Menghini, A.³; Demir, A.G.²; Previtali, B.²; Kanyilmaz, A.³; Catanzano, A.⁴

WAAM-Prozess zum Remanufacturing am Beispiel eines Stromabnehmers – Optimierung der Gefüge von additiv gefertigten Strukturen aus Gusseisen

Schaupp, T. (V)¹; Kamps, T.²; Riegger, F.³

58. Metallographie-Tagung 2024 - Materialographie

Combining Phase Field Modeling and Deep Learning for Accurate Modeling of Crystal Orientation in Solidification Microstructure obtained by Wire Arc Additive Manufacturing

Klöcker, H. (Speaker)¹; Aboleinein, H.¹; Bergheau, J.-M.²; Herbeaux, A.¹; Maurice, C.¹; Villani, A.¹

Aspects of alloy development of light-metals for wire-arc additive manufacturing: From alloy design to demonstration

Klein, T. (V)¹; Arnoldt, A.¹; Birgmann, A.¹; Gneiger, S.¹; Schnall, M.¹

MaterialsWeek 2021

Influence of cooling rate and oxygen content on WAAM-produced Ti-6Al-4V

Meermeier, A. (Speaker)¹; Berbalk, S.²; Meyer, T.²; Höppel, H.W.¹

4th Symposium on Materials and Additive Manufacturing

CuAl-based feedstock materials for Wire Arc Additive Manufacturing

Kowalski, A. (V)¹; Kulasa, J. (V)¹; Brudny, A.¹; Maleta, M.¹

MaterialsWeek 2021

Effects of extended shielding gas coverage on component contour accuracy in Wire Arc Additive Manufacturing

Kehm, C. (Speaker)¹

4th Symposium on Materials and Additive Manufacturing

Microstructural characterization and modelling of materials processed with wire arc additive manufacturing

van Dommelen, H. (Speaker)¹; Geers, M.¹; Hoefnagels, J.¹; Palmeira Belotti, L.¹; van Nuland, T.¹

FEMS EUROMAT 2023

Development of a new NiAl-compound wire for thermal spray applications and wire arc additive manufacturing (WAAM)

Stuth, T. (V)¹; Oswald, A.¹

3. Fachtagung Werkstoffe und Additive Fertigung

A continuous three-dimensional toolpath strategy using thermal scalar field for in wire arc additive manufacturing for thin and massive parts

Giordano, A. (Speaker)¹; Bordreuil, C.²; Bugarin, F.¹; Segonds, S.¹

FEMS EUROMAT 2023

Einfluss der Gefügebesonderheiten auf die Festigkeitseigenschaften von WAAM-Bauteilen

Sommer, K. (V)¹; Pfennig, A.¹; Sammler, F.¹; Heiler, R.¹

58. Metallographie-Tagung 2024 - Materialographie

Characterization of the residual stress on stainless steels components built by Wire Arc Additive Manufacturing (WAAM)

Soria, S. (Speaker)¹; Capek, J.²; Malamud, F.²; Miranda, A.³; Santisteban, J.¹; Strobl, M.²; Svoboda, H.³; Vicente Alvarez, M.¹

Inconel 718 Mechanical Properties for Fabricate to Multi-material Impeller by Wire Arc Additive Manufacturing

Ejiri, S. (Speaker)¹

4th Symposium on Materials and Additive Manufacturing

Influence of Interlayer Temperature and Cooling Rate on Ti-6Al-4V Parts Fabricated By Wire Arc Additive Manufacturing

Meermeier, A. (Speaker)¹; Elitzer, D.¹; Baier, D.²; Obersteiner, D.³; Berbalk, S.⁴; Meyer, T.⁴; Höppel, H.W.¹

WAAM for refractory alloys

Islam, S. (Speaker)¹; KIM, D.B.¹

Eutectic high hardness high entropy alloy by wire arc additive manufacturing

Zavdoveev, A. (Speaker)¹; Mohan, D.²; Klapatyuk, A.¹; Gaivoronskiy, A.¹; Bevz, V.³

Simulation-driven predeformation for buckling prevention in thin-walled parts produced by wire arc additive manufacturing

Behrens, C. (Speaker)¹; Neubert, S.²; Ploshikhin, V.¹

4th Symposium on Materials and Additive Manufacturing

Evaluation of Wire Arc Additive Manufacturing on cold-formed AW2024 substrates

Silmbroth, M. (Speaker)¹; Enzinger, N.²; Klein, T.¹; Schneider, C.¹

Highlight Lecture

New developments in the field of production and application of multi-material WAAM components – a review

Treutler, K. (Speaker)¹; Wesling, V.¹

Gefügebesonderheiten und mechanische Eigenschaften von WAAM-Bauteilen

Sommer, K., Pfennig, A., Sammler, F. and Heiler, R.....

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