This master thesis is concerns the preparation of Alkali Activated Materials, specifically Alkali Activated Slag (AAS), with the addition of fiber reinforcement. Alkali Activated Materials have great potential for use in construction practice. However, their use is limited by certain undesirable properties, which can be diminished by adding fiber reinforcement. This thesis deals with the influence of carbon fibers (2 % by weight of the binder) and carbon nanotubes (0,2 % by weigh of the binder) on the mechanical properties, microstructure and shrinkage of AAS. The results of the experiments which were carried out correspond with the literary research. Conclusions of this thesis agree with research published in original scientific papers
Alkali-activated materials (AAMs) are regarded as an environmentally friendly alternative to ordinar...
Alkali-activated slag (AAS) is becoming an increasingly popular building material due to its excelle...
The mechanical properties of alkali-activated slag fiber composites (ASFC) were investigated with va...
Alkaline activation has become a useful procedure to obtain high strength cement composites without ...
Combination of fine ground granulated slag with proper alkaline activator gives alkali-activated sla...
Alternative cementitious binders, based on industrial side streams, characterized by a low carbon fo...
A new class of materials known as alkali-activated materials (AAM) has rapidly grown in interest in ...
Alkali-activated composites are significant materials in reducing CO2 emissions and ensuring sustain...
Alkali-activated slag is a widely used low-carbon binder. Incorporation of textile can mitigate the ...
This paper employs PVA, PE, steel fibers, as well as the hybrids of two of the three fibers to reinf...
This study reports the development of a fiber-reinforced alkali-activated binder (FRAAB) with an emp...
The paper reports a study of the effect of carbon fibres on the mechanical fracture parameters of al...
Abstract This experimental study aimed to develop alkali-activated concretes containing carbonated ...
Alkali activated materials (AAMs) represent construction materials with a huge potential especially ...
This experimental study aimed to develop alkali-activated concretes containing carbonated basic oxyg...
Alkali-activated materials (AAMs) are regarded as an environmentally friendly alternative to ordinar...
Alkali-activated slag (AAS) is becoming an increasingly popular building material due to its excelle...
The mechanical properties of alkali-activated slag fiber composites (ASFC) were investigated with va...
Alkaline activation has become a useful procedure to obtain high strength cement composites without ...
Combination of fine ground granulated slag with proper alkaline activator gives alkali-activated sla...
Alternative cementitious binders, based on industrial side streams, characterized by a low carbon fo...
A new class of materials known as alkali-activated materials (AAM) has rapidly grown in interest in ...
Alkali-activated composites are significant materials in reducing CO2 emissions and ensuring sustain...
Alkali-activated slag is a widely used low-carbon binder. Incorporation of textile can mitigate the ...
This paper employs PVA, PE, steel fibers, as well as the hybrids of two of the three fibers to reinf...
This study reports the development of a fiber-reinforced alkali-activated binder (FRAAB) with an emp...
The paper reports a study of the effect of carbon fibres on the mechanical fracture parameters of al...
Abstract This experimental study aimed to develop alkali-activated concretes containing carbonated ...
Alkali activated materials (AAMs) represent construction materials with a huge potential especially ...
This experimental study aimed to develop alkali-activated concretes containing carbonated basic oxyg...
Alkali-activated materials (AAMs) are regarded as an environmentally friendly alternative to ordinar...
Alkali-activated slag (AAS) is becoming an increasingly popular building material due to its excelle...
The mechanical properties of alkali-activated slag fiber composites (ASFC) were investigated with va...