Abstract: This paper presents the results of experimental measurements and numerical simulations on the hydromechanics of trapezoidal asymmetric piano key weirs and compares the performance of piano key weirs and labyrinth weirs ...

Abstract: In the present paper, the solution for peristaltic flow of a six-constant Jeffreys fluid model in an endoscope is discussed. Perturbation and numerical solutions are calculated for nonlinear differential equations. A ...

Abstract: In this article, we deal with the effects of an induced magnetic field on the peristaltic flow of an Eyring-Powell fluid. The purpose of the current investigation was to study the effects of an induced magnetic field on ...

Abstract: In most conventional methods of reinforced concrete analysis, cracks are formed in the principal stress direction and are not allowed to change direction with the change in state. This practice leads to crack directions ...

Abstract: In current practice, stresses from elastic analysis are used to design reinforcement in concrete shells based on pointwise limit state behavior. This practice may be justified in view of the lower bound theorem of plasticity ...

Abstract: The results of nonlinear analysis of a reinforced concrete nuclear containment vessel subjected to dead load, internal pressure, and earthquake are presented. The membrane reinforcement for the containment is first designed ...

Abstract: This paper presents a tangent hyperbolic fluid in a cylindrical coordinate system. The governing equations are simplified using long-wavelength and low Reynolds number approximations. The solutions of the problem in ...

Abstract: Evapotranspiration is critical to many applications including water resource management, irrigation scheduling, and environmental studies. Many models based on meteorological data have already been developed to estimate ...