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Holleyn, F.; Odziomek, M.; Krause, O.; Brochen, E.; Dannert, C.; Podwórny, P. |
Improved sintering due to an intelligent matrix design of high-alumina refractory monolithics that is adjusted to the service conditions |
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Proceedings 61st International Colloquium on Refractories (ICR) (2018) |
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Brochen, E.; Dannert, C.; Erbar, L.; Krause, O.; Abdelouhab S. |
Combining the uniaxial compression and diametral compression tests to derive an improved failure criterion for refractories up to high temperatures |
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Proceedings 61st International Colloquium on Refractories (ICR) (2018) |
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Dahlem, E.; Dannert, C. |
Acoustic emission analysis to recognize the fracture pattern of refractory materials during thermal shock |
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Proceedings 15th Unified International Technical Conference on Refractories (UNITECR) (2017), 301-304 |
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Brochen, E.; Dannert, C.; Holleyn, F.; Krause, O. |
Evolution of the thermomechanical properties of spinel forming high alumina castables at elevated temperature |
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Proceedings 60th International Colloquium on Refractories (ICR) (2017), 114-118 |
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Preux N.; Pilate, P.; Lardot, V.; Cambier F.; Brochen, E.; Dannert, C.; Holleyn, F.; Krause, O. |
Development of a fractography method to investigate the crack path, induced during wedge splitting test of alumina-spinel castables |
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Proceedings 60th International Colloquium on Refractories (ICR) (2017), 108-113 |
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Brochen, E.; Dahlem, E.; Dannert, C.; Holleyn, F.; Krause, O. |
A contribution to the understanding of the failure mechanism of high alumina refractory castables under practice-oriented thermal shock conditions |
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Proceedings 15th Unified International Technical Conference on Refractories (UNITECR) (2017), 297-300 |
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Pilate, P.; Preux N.; Lardot, V.; Cambier F.; Brochen, E.; Dannert, C.; Holleyn, F.; Krause, O. |
Multiscale, computer aided method for the characterisation of refractory castable microstructure |
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Proceedings 15th Unified International Technical Conference on Refractories (UNITECR) (2017), 501-504 |
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Holleyn, F.; Krause, O.; Rossdeutscher, J.; Brochen, E.; Dannert, C.; Odziomek, M. |
Matrix design for improved spinel formation in high alumina refractory monolithics that is adjusted to the service conditions |
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Proceedings 15th Unified International Technical Conference on Refractories (UNITECR) (2017), 465-468 |
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Holleyn, F.; Krause, O.; Brochen, E.; Dannert, C. |
Improved high temperature thermal shock resistance of high alumina refractory monolithics thanks to in-situ spinel formation in a smart matrix |
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Proceedings XVII International Scientific Conference ,,Refractory materials: manufacture, methods of testing, application" (2017) |
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Brochen, E.; Dannert, C.; Holleyn, F.; Krause, O. |
Comparison of the thermal shock resistance of high alumina refractory castables, obtained according to the standard EN 993-11, with measurements performed with a new application-oriented thermal shock testing system |
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Proceedings 59th International Colloquium on Refractories (ICR) (2016), 112-117 |
