Concrete durability lately represent the main focus of the civil engineering and infrastructure. Due to different exposure conditions that concrete should perform, requested by euro codes, Kosovo should do a step forward by preparing its national annexes. As well-known durability of concrete is seriously affected from the presence of cracks, due to very difficult exposition condition in Kosovo, concrete very fast is losing its qualitative properties. This paper will treat innovative aspects of concrete such as self-healing capacity, shrinkage and some other physical and mechanical properties would be tested by changing different components of mix design. Splitting test would be performed in different load capacity, based on reference compan...
Development and commercialization of self-healing concrete is hampered due to a lack of standardized...
Ultra-High-Performance Concrete (UHPC) has been the subject of tremendous research over the years an...
This study aims to develop and apply self-healing concrete as a new method for crack control and enh...
Pavements in the roads and bridges are exposed in different exposure conditions due to different cou...
The presence of cracks may significantly affect the life-cycle of structures, as a results of its in...
Self-healing materials have the capability of recovering their performance after damage has occurred...
Self-healing is recognized as a promising technique for increasing the durability of concrete struct...
Self-healing concrete has emerged as one of the prospective materials to be used in future construct...
In the year 2006, Delft University of Technology started researching ‘Strain hardening Self-healing ...
Concrete is the most widely used material for infrastructure development. But the appearance of a...
In this paper a methodology of characterization of both autogenic and engineered self-healing of ord...
Concrete has a natural self-healing capability to seal small cracks, named autogenous healing, which...
The aim of this study is analyzing the self-healing effect of a crystalline admixture in four types ...
Worldwide increasing consciousness for sustainable use of natural resources has made “overcoming the...
Development and commercialization of self-healing concrete is hampered due to a lack of standardized...
Ultra-High-Performance Concrete (UHPC) has been the subject of tremendous research over the years an...
This study aims to develop and apply self-healing concrete as a new method for crack control and enh...
Pavements in the roads and bridges are exposed in different exposure conditions due to different cou...
The presence of cracks may significantly affect the life-cycle of structures, as a results of its in...
Self-healing materials have the capability of recovering their performance after damage has occurred...
Self-healing is recognized as a promising technique for increasing the durability of concrete struct...
Self-healing concrete has emerged as one of the prospective materials to be used in future construct...
In the year 2006, Delft University of Technology started researching ‘Strain hardening Self-healing ...
Concrete is the most widely used material for infrastructure development. But the appearance of a...
In this paper a methodology of characterization of both autogenic and engineered self-healing of ord...
Concrete has a natural self-healing capability to seal small cracks, named autogenous healing, which...
The aim of this study is analyzing the self-healing effect of a crystalline admixture in four types ...
Worldwide increasing consciousness for sustainable use of natural resources has made “overcoming the...
Development and commercialization of self-healing concrete is hampered due to a lack of standardized...
Ultra-High-Performance Concrete (UHPC) has been the subject of tremendous research over the years an...
This study aims to develop and apply self-healing concrete as a new method for crack control and enh...