Purpose Steel fibers reinforced concrete (SFRC) is now widely accepted as a construction
material for its added benefits. The proven increases in high shear capacity, toughness …

This paper deals with the challenging problem of predicting the load carrying capacity of
reinforced concrete shear-critical beams. To simulate the cracking behavior of concrete, the …

This paper deals with both global and local versions of an energetic analytical model to
quantify the damage caused to reinforced concrete (RC) structures under monotonic, cyclic …

Softening function is the primary input for modeling the fracture of concrete when the
cohesive crack approach is used. In this paper, based on the laboratory data on notched …

Concrete pipes can be used in many industries which are exposed to different mechanical
and thermal loadings. However, in the present work, stress analysis of concrete pipes …

In this article, an improved continuous surface cap model (ICSC) with isotropic plastic-
damage algorithms is proposed, namely to predict more accurately the shear behavior of …

This paper presents an evaluation on lateral cyclic behaviors of precast concrete columns
using a steel box connection through experimental investigation. The test consisted of one …

Purpose This paper introduces a model for analysis of spatiotemporal distribution of
temperature between the wall of a building and the facing of a facade with possible …

In order to determine the rate of penetrability, water pressure test is used before the grouting.
One of the parameters which have the highest effect is pressure. Mathematical modeling is …

In this paper, a set of recently developed interactive constitutive laws for reinforced concrete
is revised. The main improvement is considering the effect of crack inclination angle on the …