In this paper, the relationship between the creeping effect and mineralogical characteristics of the applied binding phase for various refractory materials (high-alumina materials, with high or low impurity content, tar bonded either magnesite or dolomite materials and silicate bonded chrom-magnesite materials) is presented. The mechanism of creeping is analyzed and the activation energy for creep for each investigated material is obtained and discussed. All investigated materials are creep sensitive under investigated conditions and have similar activation energies for creep except high-alumina refractories with a low impurity content
Compressive creep testing of ten commercially available mullite refractories was performed at 1300-1...
Refractory masonry in its application is usually exposed to chemical, thermal and mechanical loads i...
The present work investigated the effect of relatively small additions of impurities originating in ...
In this paper, the relationship between the creeping effect and mineralogical characteristics of the...
Creep is a major mechanism of failure for many refractory materials. Refractories synthesized from r...
Refractories materials are used by the steel industry in several applications, such as in the in...
Refractories are widely used as lining material in the steelmaking industry. This class of materials...
Within the scope of a larger project we characterized different refractory raw materials itself and ...
This paper is concerned with quantitative formulation of the mechanism of the sintering process duri...
Andalusite is a natural mineral widely used as aggregate for refractory castables and bricks. It is ...
International audienceThis paper summarises the work that has been done in the framework of the Fren...
Creep resistance is an important design criterion at high temperatures especially when continuous at...
Andalusite is a natural mineral widely used as raw material for different applications. Due to its v...
The aim of this paper is to establish the correlation among sintering process, porosity, and importa...
International audienceRefractories are materials designed to work at high temperatures, and are appl...
Compressive creep testing of ten commercially available mullite refractories was performed at 1300-1...
Refractory masonry in its application is usually exposed to chemical, thermal and mechanical loads i...
The present work investigated the effect of relatively small additions of impurities originating in ...
In this paper, the relationship between the creeping effect and mineralogical characteristics of the...
Creep is a major mechanism of failure for many refractory materials. Refractories synthesized from r...
Refractories materials are used by the steel industry in several applications, such as in the in...
Refractories are widely used as lining material in the steelmaking industry. This class of materials...
Within the scope of a larger project we characterized different refractory raw materials itself and ...
This paper is concerned with quantitative formulation of the mechanism of the sintering process duri...
Andalusite is a natural mineral widely used as aggregate for refractory castables and bricks. It is ...
International audienceThis paper summarises the work that has been done in the framework of the Fren...
Creep resistance is an important design criterion at high temperatures especially when continuous at...
Andalusite is a natural mineral widely used as raw material for different applications. Due to its v...
The aim of this paper is to establish the correlation among sintering process, porosity, and importa...
International audienceRefractories are materials designed to work at high temperatures, and are appl...
Compressive creep testing of ten commercially available mullite refractories was performed at 1300-1...
Refractory masonry in its application is usually exposed to chemical, thermal and mechanical loads i...
The present work investigated the effect of relatively small additions of impurities originating in ...