Prof. Dr. rer. nat. Olaf Krause
FB bauen-kunst-werkstoffe, Hochschule Koblenz
- 02624/9109-30
- 02624/9109-40
Holleyn, F.; Krause, Olaf; Odziomek, M. et al.
Improved sintering due to an intelligent matrix design of high-alumina refactory monolithics that is adjusted to the service conditionsEuropean Centre for Refractories (Hrsg). Aachen proceedings : International Colloquium on Refractories ; Refractories enabling High Temperature Technologies. Freiburg, Br.: Schmid 2018 S. 37 - 40
Krause, Olaf; Ulbrich, C.; Stein, T. et al.
Modification of the morphology of cement hydrate phases by using surface reactive substancesEuropean Centre for Refractories (Hrsg). Aachen proceedings : International Colloquium on Refractories ; Refractories enabling High Temperature Technologies. Freiburg, Br.: Schmid 2018 S. 87 - 91
Krause, Olaf; Ulbrich, C.; Stein, T.
Radar technology based investigation on the formation of hydrate phases in refractory concreteEuropean Centre for Refractories (Hrsg). Aachen proceedings : International Colloquium on Refractories ; Refractories enabling High Temperature Technologies. Freiburg, Br.: Schmid 2018 S. 97 - 100
Brochen, Erwan; Dahlem, Emilie; Dannert, Christian et al.
A Contribution to the Understanding of the Failure Mechanism of High Alumina Refractory Castables under Practice-Oriented Thermal Shock ConditionsUnified International Technical Conference on Refractories (UNITECR) 2017. Santiago de Chile. 2017 S. 297 - 300 O78
Krause, Olaf; Holleyn, Florian; Kasper, Johannes et al.
CAC bond refractory castables : When does the hydraulic reaction take place in LC-castables?Materiały Ceramiczne / Ceramic Materials. Bd. 69. H. 3. Katowice: Polskie Towarzystwo Ceramiczne 2017 S. 192 - 197
Pilate, P.; Preux, N.; Lardot, V. et al.
Development of a fractography method to investigate the crack path induced during wedge splitting test of alumina-spinel castables60th International Colloquium on Refractories 2017. Bd. Thermal Shock Resistance Improvements. Aachen. 2017 S. 108 - 113
Krause, Olaf; Brochen, E.; Dannert, C. et al.
Evolution of the thermomechanical properties of spinel forming high alumina castables at elevated temperature : investigation of the complex interplay of the temperature and the duration of exposure to that temperature60th International Colloquium on Refractories 2017. Bd. Thermal Shock Resistance Improvements. Aachen. 2017 S. 114 - 118
Kasper, J.; Bastian, M.; Dannert, C. et al.
How does the pH-value influence the setting kinetics of hydraulically bonded refractory castables?60th International Colloquium on Refractories 2017. Bd. Product Improvement I. Aachen. 2017 S. 44 - 47
Holleyn, Florian; Krause, Olaf; Brochen, Erwan et al.
Improved high temperature thermal shock resistance of high alumina refractory monolithics thanks to in-situ spinel formation in a smart matrixMateriały Ceramiczne / Ceramic Materials. Bd. 69. H. 3. Katowice: Polskie Towarzystwo Ceramiczne 2017 S. 198 - 202
Krause, Olaf; Quirmbach, Peter
Integrating education concepts – The Koblenz region offers a one-of-a-kind infrastructure to localize and qualify future specialists in order to ensure reliable and continuous provision of best-skilled engineers to the Refractory IndustryUnified International Technical Conference on Refractories (UNITECR) 2017. Santiago de Chile. 2017 S. 146 - 148 039