The limited understanding of the fatigue behavior of reinforced and prestressed concrete
members is one of the reasons why many structures do not reach their expected service life …

A thermodynamically consistent model proposed in this work introduces a generative
symbolic framework for computational components, which can capture the inelastic behavior …

For a reliable and economical design of concrete structures subjected to fatigue loading, a
comprehensive understanding and realistic prediction of concrete fatigue life under complex …

Mathematical modeling of fatigue behavior of concrete under compressive loading presents
a challenging topic that attracts an increasing interest of the scientific community. The …

Shear properties between ultra-high performance concrete (UHPC) and normal strength
concrete (NSC) are critical factors influencing the efficiency of UHPC strengthening …

A realistic prediction of the concrete fatigue life exposed to high-cycle loading scenarios with
variable amplitudes is of utmost importance for a reliable and economically efficient design …

Despite of intensive research on concrete fatigue, the transfer of fatigue characteristics
determined at the material level to the structural level remains a challenging issue. In this …

Reinforced concrete (RC) structures in subtropical coastal areas are subjected to the
combined influences of temperature, humidity, and salt exposure. Previous studies on the …

Many concrete structures, such as bridges and wind turbine towers, fail mostly due to the
fatigue rapture and bending, where the cracks are initiated and propagate under cyclic …

The establishment of a simple engineering rule for predicting the fatigue failure of concrete
has been pursued over the past decades. An energetic approach to the matter seems to be …