Abstract The evaluation of the deflection in beams is an indispensable step of the structural design. Currently, many standard codes adopt the Branson’s model. However, the Branson’s model ...

Time travel has long lived in the realm of fantasy, but a growing body of research is quietly shifting it into a serious ...

In this paper, variational iteration (VIM) and parametrized perturbation (PPM) methods have been used to investigate non-linear vibration of Euler-Bernoulli beams subjected to the axial loads. The ...

Y, B, and C relate to the axis names most manufacturers use on CNC tube benders. LRA stands for length, rotation, and angle, ...

Gayle King is still looking for her happily ever after — and this time, she’s saying it plainly, without jokes, deflection, or internet theatrics leading the conversation. The longtime journalist and ...

You will be redirected to our submission process. Beam equations have broad application across a range of different domains. These equations are often used to model physical phenomena such as damping, ...

This is an application to solve the moment-curvature and 3-point load deflection relationship for a reinforced concrete beam. Material models are handled in a separate, non-provided DLL. Similarly, ...

Abstract: Inside individual cells, stochastic expression drives random fluctuations in gene product copy numbers, which corrupts functioning of both natural and synthetic genetic circuits. Dynamic ...

Abstract: This paper describes a method to improve the accuracy of the rebinning algorithms for helical cone-beam CT. Rebinning algorithms separate the 3D field-of-view into independent oblique slices ...

Nonlinear forces in the longitudinal accelerating field—or in the transverse magnetic fields—lead to filamentation of the injected emittance and to the decoherence of the center-of-mass motion. The ...