| Abstract [eng] |
Manifacture technology's influence on ETIC systems is analyzed in this Master's thesis. Impact resistance, water absorption characteristics in different joints of ETIC systems are also being analyzed. One of the goals of this thesis is to improve the method of evaluating impact resistance of ETIC systems. Water absorption of ETIC systems in renovated buildings in seaside regions is analysed and evaluated by European Technical Approval Guidelines requirements. A long-time durability investigation of historical pieces of ceramic bricks and their modern counterparts is carried out, with water absorbtion taken into account. A scientific literature review on ETIC systems and their compositions, newest reaserch, influence of climatic conditions, quality control of ETIC systems, based on various European and Lithuanian norms, has been done. Water absorption and impact resistance requirements for ETIC systems, based on different ETA's are being analysed. In exprerimental part of the thesis a review of equipment, materials, samples, methods, used in experiments is done, results, conclusions and recommendations presented. |
