To investigate the effects of strain rate and cyclic loading on the mechanical parameters of
concrete compressive strength, residual strain, peak strain and elastic modulus, a series of …

The present study focused on the numerical validation of the experimental study performed
by Hao et al [1] on the concrete by using the SHPB apparatus with the help of …

Concrete structures have to bear dynamic loads in daily work, strength and deformation
characteristics of concrete under dynamic loads differ from the characteristics under static …

Owing to difficulties relating to the direct tension test on concrete, few test data are available.
To study the effect of strain rate and unloading stress on the mechanical properties of …

Concrete is one of the most widely used construction material throughout the world. But the
properties of concrete under different strain rates differ from each other greatly. In order to …

Concrete structures prior to being subjected to dynamic loadings such as earthquake have
already withstood initial stress. So the study of strain-rate sensitivity of concrete should be …

A test method has been developed to obtain reliable post-peak cyclic behavior of concrete in
this study. Considering three various loading regimes, strain rate effect on post-peak stress …

The strain rate effect of ordinary concrete is researched through the particle discrete element
method. A random construction method of three-dimensional aggregate is used, and the …

The dynamic cyclic loading and unloading tests under five different loading rates are
implemented with large multi-function static and dynamic force triaxial apparatus. The …

Concrete behavior subjected to cyclically varying load with constantly increasing amplitude
was tested on a universal testing machine. The effect of initial static loading intensity, cycle …