Stresses in beams are one of the most fundamental concepts in structural engineering, directly impacting the safety and ...

In this video we explore bending and shear stresses in beams. A bending moment is the resultant of bending stresses, which ...

Existing methods for predicting the shear stresses led to calculation results of great differences. In this paper, the shear stress was primarily evaluated by incorporating typical bond-slip (δ - τ) ...

As the load on the HPC beam increased, the cracks began to move toward the supports due to an increase in shear stress. This behavior has been observed by numerous researchers in the study of ...

The shear behavior of concrete beams is highly affected by the implementation of better performance concrete. Hybrid fibers addition to concrete mixture has proven to improve the performance compared ...

1 INTRODUCTION The need to overcome larger spans with reinforced concrete elements, without interfering in the architecture design and resist greater loads, generates greater shear stresses in beams ...

Flow of a number of complex fluids like surfactant mesophases, emulsions and network forming polymers is induced only when the applied stress is more than a specific value, which is called the yield ...

Shear stress, bearing stress, and tearing stress are only some of the few considerations that play a role in designing equipment parts and construction materials, each of which is integral in ensuring ...