Aim of this project was the development of high temperature construction materials for systems to the environmentally friendly power transformation based on the NiAl-Alloy IP 75, as well as the production methods for thin walled profile parts by Metal-Injection-Moulding (MIM). Starting from the powder specification a method should be worked out to sinter injected parts according to the requested properties, reached densities, shrinkage and behaviour. The advantages of NiAl-Alloys lie in the high melting point as well as the oxidation resistance, caused by passivating oxide layer. From production point of view these characteristic represent obstacles which had to be overcome. Further advantages of the materials lie in the chemical resistance...
The intermetallic phase NiAl is a potential material for high-temperature applications; however, its...
In this study, aluminum powder with 15 mu m size and carbonyl-nickel powder with 4-7 mu m size havin...
The high temperature oxidation behaviour of thin Fe-Cr-Al ribbons can be substantially improved by i...
The potential of intermetallic NiAl base materials was to be utilized, e.g. as heat shields in combu...
Pulvermetallurgisch und im Feinguss hergestellte Legierungsvarianten der mit Laves-Phasen verstaerkt...
Energiewandlungssysteme - hier moderne Hochleistungs-Gasturbinen - verlangen zur Steigerung von Leis...
The microstructures as well as the mechanical and thermo-physical properties of the hypoeutectic NiA...
With regard to the project target, two types of alloys, NiAl-Cr alloys on the one hand and NiAl-Ta-C...
This study reports about the development of an NiAl-alloy whose high temperature resistance is due t...
The project task was to optimize the intermetallic phase NiAl which offers attractive properties suc...
Investigated was the applicability of powder injection molding and directional solidification as a m...
The central objective of the project documented here was the development of NiAl and CoAl base alloy...
The potential market volume and demand of customers for products, which are corrosion resistant at h...
The new. Metal Injection Molding (MIM) technique utilizes the shaping of plastic injection molding t...
In this project part 'Investment casting' the developing potential of a new material-class for high ...
The intermetallic phase NiAl is a potential material for high-temperature applications; however, its...
In this study, aluminum powder with 15 mu m size and carbonyl-nickel powder with 4-7 mu m size havin...
The high temperature oxidation behaviour of thin Fe-Cr-Al ribbons can be substantially improved by i...
The potential of intermetallic NiAl base materials was to be utilized, e.g. as heat shields in combu...
Pulvermetallurgisch und im Feinguss hergestellte Legierungsvarianten der mit Laves-Phasen verstaerkt...
Energiewandlungssysteme - hier moderne Hochleistungs-Gasturbinen - verlangen zur Steigerung von Leis...
The microstructures as well as the mechanical and thermo-physical properties of the hypoeutectic NiA...
With regard to the project target, two types of alloys, NiAl-Cr alloys on the one hand and NiAl-Ta-C...
This study reports about the development of an NiAl-alloy whose high temperature resistance is due t...
The project task was to optimize the intermetallic phase NiAl which offers attractive properties suc...
Investigated was the applicability of powder injection molding and directional solidification as a m...
The central objective of the project documented here was the development of NiAl and CoAl base alloy...
The potential market volume and demand of customers for products, which are corrosion resistant at h...
The new. Metal Injection Molding (MIM) technique utilizes the shaping of plastic injection molding t...
In this project part 'Investment casting' the developing potential of a new material-class for high ...
The intermetallic phase NiAl is a potential material for high-temperature applications; however, its...
In this study, aluminum powder with 15 mu m size and carbonyl-nickel powder with 4-7 mu m size havin...
The high temperature oxidation behaviour of thin Fe-Cr-Al ribbons can be substantially improved by i...