The European Ceramic Society
Laboratory sheet

Austria
Lehrstuhl für Gesteinshüttenkunde – Montanuniversitaet Leoben
Chair of Ceramics
Director : Prof. Harald HARMUTH
Email : harald.harmuth@unileoben.ac.at
Phone : +43 3842 402 3201
Address : Franz Josef-Strasse 18, 8700 LEOBEN
Research topics :
With respect to materials the scope of the chair of ceramics comprises ordinary ceramic refractories, slags, mineral binders, concrete, glass, and non refractory ceramics with a main focus on refractories slags and melts, mineral binders and building materials. With respect to methods applied, research concentrates on microstructural characterization, determination of properties (mechanical and fracture mechanical properties, properties of melts and slags), failure analysis, simulation of thermomechanical material behavior, CFD simulation and thermochemical calculation.
Selected topics:
- Thermomechanical material models for ordinary ceramic refractories.
- Simulation of refractory lining behavior and design.
- DE simulation of ordinary ceramic structures.
- Nonoxides for refractory applications.
- Corrosion of refractory components in slags.
- CFD simulation assisting investigations of slag/refractory and slag/steel interaction.
- Alternative mineral hydraulic binders.
Exceptional facilities :
High temperature fracture mechanical testing equipment; uniaxial high temperature compressive and tensile creep testing; high temperature dissolution testing device; Double/Single Hot Thermocouple Technique for investigation of slag crystallization; hot stage microscopy.
Financial support programmes :
- European fundings: ETN ATHOR
- National fundings: COMET (K1 Met, K2 IC-MPPE)
Latest news
YCN Newsletter 27 - YCN Committee member - Welcome to Aleksandra Milojkovic
It is a true honor to introduce myself as the new Committee Member of the Young Ceramists Network.
YCN Newsletter 27 - Expert opinion - Nicola Döbelin, PhD
Why Crystal Structure Matters: Decoding the Performance of Calcium Phosphate Biomaterials
In the world of calcium phosphate biomaterials, crystal structure is often the silent driver behind a material’s success—or failure. Whether we are developing bone graft substitutes or studying bioceramic interactions at the tissue interface, understanding the underlying crystal lattice isn’t just helpful—it’s essential.
Information
Contact us for any information: info@ecers.org - We will respond to your inquiry as soon as possible.