Testing Methods
 

 
Institute and Department
(click on the Institute name to view the details)

Key Words


ARC Seibersdorf Research GmbH
Materials and Production Engineering/materials microengineering

Characterisation
TEM, SEM
Fiction and Wear


Fraunhofer Institute for Manufacturing and Advanced Materials
Powder Technology
Mechanical testing
Impedance
Conductivity
Destructive testing

Fraunhofer Institute of Materials Mechanics
Powder Technology

Material Characterisation
Green Strength
Cylcic Behaviour


Fraunhofer Institute Ceramic Technologies and Sintered Materials
Characterisation

Thermophysical properties
Dilatometry, thermobalance, DTA/DSC, mass spectrometric gas analysis
Mechanical properties (hardness, strength, toughness)
Structure (SEM, AFM, XRD)


Fraunhofer Institute Ceramic Technologies and Sintered Materials
Structural Ceramics / Hard metals and Ceramics

Magnetic Properties
Composition
Mechanical Properties at room and high temperatures
Wear behaviour and tool life
 


Helsinki University of Technology
Materials Processing and Powder Metallurgy Lab

Thermal Analysis
High temperature corrosion
Dilatometry


Institute for Materials Science RWTH Aachen University

Axial, bending, torsion and rolling
Contact Fatigue Testing


Khajenasiredinetusi University
Mechanic-Material Group
Fatigue
Wear

Security DBS
Metallurgy Laboratory

Infiltration of Tungsten and Tungsten Carbide


University of Bradford
Mechanical and Medical Engineering

Bend and Tensile Testing
Plastic Deformation in Bending
Micro Structure
Microcomposition


Vienna University of Technology
Institute of Chemical Technologies and Analytics

Thermal Analysis


Wroclaw University of Technology
Meterials Science

Testing Method
Sintered Iron and Steel