The impact response of concrete material under different dynamic loading conditions (single
impact loading with different velocity and cyclic impact loading with different amplitude) have …

This paper presents the features of a method for determining the dynamic properties of brittle
materials using the split Hopkinson bar technique on mortar as an example. Experiments …

Results of mechanical tests, especially in dynamics, obtained under similar input conditions
always have a statistical scatter. Currently, there is no generally accepted engineering …

The article presents the results of tests of different types of fiber-reinforced concrete in
comparison with concrete-matrix. The dynamic experiments were carried out using the split …

The dynamic response behavior of concrete is constantly concerned because of seismic,
impact and explosion events in the service of constructions. As a classic device for testing …

The objective of this study is an investigation of the different parameters that influence the
tensile strength of ultra-high performance concrete (UHPC). Apart from the shrinkage and …

The combination of carbon fiber-reinforced polymer (CFRP) bars and ultra-high-
performance fiber-reinforced concrete (UHPFRC) has great potential for use in producing …

In this paper, a probabilistic framework for constructing a dynamic modified model for RC
columns was developed based on dynamic loading test results and the Bayesian updating …

Steel fibers (SFs) are commonly used to enhance the performance of concrete. However,
they possess limitations such as susceptibility to corrosion, agglomeration during …

In this paper, research on dynamic behaviors of RC structural members was reviewed using
experimental, theoretical and numerical perspectives. First, in a basic overview …