Issue 2 (2011) Volume 4

Issue Highlights:

Development of a cost-favourable corrosion resistant Fe-based spraying feedstock for the printing industry

For quite a long time, the aim has been to establish cost-favourable iron-based materials for certain applications in corrosion and wear protection as a substitute for the nickel-based coating systems. An increased corro...

Development of wear protection materials on the basis of amorphously solidifying alloys with particle reinforcement

High-energy grinding as well as agglomeration and sintering were used in order to manufacture amorphously solidifying and nanostructured, iron-based powders with varying chromium diboride contents. The further processing...

Microstructured materials on an Fe basisand corresponding processing methods for wear and corrosion protection

This article deals with the production of Fe-based micropowders (5 - 15 μm) on the basis of a traditional arc spraying process. In this respect, the effects of the spraying parameters and of individual manufacturing sect...

Content

9 / 48 Articles:

AiF/DFG Research Cluster Thermal Spraying

Peer-reviewed Papers, 112

Development of a cost-favourable corrosion resistant Fe-based spraying feedstock for the printing industry

Dipl.-Ing. Lina Lie, Dipl.-Chem. André Langohr, Dipl.-Min. Martin Erne, Prof. Dr.-Ing. habil. Kai Möhwald, Prof. Dr.-Ing. habil. Dr.-Ing. E.h. Dr. h. c. Friedrich-Wilhelm Bach

Peer-reviewed Papers, 114 - 120

Development of wear protection materials on the basis of amorphously solidifying alloys with particle reinforcement

Prof. Dr.Ing. habil. Bernhard Wielage, Prof. Dr.-Ing. habil. Thomas Lampke, Dr.-Ing. habil. Hanna Pokhmurska, Prof. Dr.-Ing. habil. Christian Rupprecht, Dipl.-Ing. Rico Drehmann

Peer-reviewed Papers, 121 - 128

Microstructured materials on an Fe basisand corresponding processing methods for wear and corrosion protection

Prof. Dr.-Ing. Dipl.-Wirt.Ing. Wolfgang Tillmann, Dipl.-Ing. Bastian Rüther

Peer-reviewed Papers, 130 - 137

Low-post-processing Fe-based micropowder coatings for cost-effective corrosion and wear protection applications

Prof. Dr.-Ing. Kirsten Bobzin, Dr.-Ing. Thomas Schläfer, Dipl.-Ing. Thomas Warda, M. Sc. Marcel Schäfer

Peer-reviewed Papers, 139 - 146

Designing, setting-up and application of mobile process diagnostic systems in the TS cluster for the thermal coating process

Dr.-Ing. Stephan Zimmermann, Dr. José-Luis Marqués, Dipl.-Ing. Sebastian Lange, Dipl.-Ing. Stefan Kirner, Dr.-Ing. Günter Forster, Prof. Dr.-Ing. Klaus Landes, Prof. Dr. Jochen Schein

Peer-reviewed Papers, 148 - 158

Issue 2 (2011) Volume 4

Issue Highlights:

Development of a cost-favourable corrosion resistant Fe-based spraying feedstock for the printing industry

Development of wear protection materials on the basis of amorphously solidifying alloys with particle reinforcement

Microstructured materials on an Fe basisand corresponding processing methods for wear and corrosion protection

AiF/DFG Research Cluster Thermal Spraying

Development of a cost-favourable corrosion resistant Fe-based spraying feedstock for the printing industry

Development of wear protection materials on the basis of amorphously solidifying alloys with particle reinforcement

Microstructured materials on an Fe basisand corresponding processing methods for wear and corrosion protection

Low-post-processing Fe-based micropowder coatings for cost-effective corrosion and wear protection applications

Designing, setting-up and application of mobile process diagnostic systems in the TS cluster for the thermal coating process

Optimisation of an HVOF process using simulation techniques

Limits of defect detection during lock-in thermography on thermal spray coatings

Cold gas spraying of zinc and zinc alloy coatingsfor printing applications

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