Cable‐harnessed beam structures constitute a significant advancement in the design of modern engineering systems, where strategically routed cables are integrated into beam frameworks to enhance ...

Dive deep into the fascinating world of beam deflection, a critical concept for engineers designing structural elements. When a load is applied to a beam, understanding how much it will bend or ...

Railway infrastructure cuts weight by 84%, carbon emissions by 80% and installation time by 50%, as well as lowering labor ...

If you’re looking for a more open, unenclosed 3D printer design than a cubic frame can accommodate, but don’t want to use a bed-slinger, you don’t have many options. [Boothy Builds] recently found ...

In this video I take a look at five methods that can be used to predict how a beam will deform when loads are applied to it. These are the double integration method, Macaulay's method, the principle ...

This Paper describes a wired size Cantilever Beam of silicon material at very low dimension using Micro-electromechanical Systems (MEMS) technology. The model is designed using Comsol Software. The ...

Vibration signals are particularly important in the field of machinery condition monitoring and troubleshooting. However, highly sensitive sensors are susceptible to interference in harsh environments ...

The rest of our discussion deals with cantilever Timoshenko beams. Applying HAM to a nonlinear problem results in a family of solution series which depend on the convergence-control parameter.

The results obtained by the proposed formulation were compared against classical beam theories and the Reddy beam model adopting conventional shape functions, showing the efficacy of the proposed ...