Sentence examples for beam problem from inspiring English sources

Open image in new window Fig. 8 Cantilever beam problem description.

Then a one-dimensional (1D) beam problem, with fidelity to 3D deformation effects, is attained.

A simple cantilever beam problem is used as an example to illustrate the proposed method.

For the compliant beam problem, these are uni-axial distribution functions.

The concept of non-ideal boundary conditions is applied to the beam problem.

Applications include semilinear elliptic equations, imperfect Euler buckling beam problem and perturbed diffusive logistic equation.

This method has been successfully applied to prismatic beam problems.

Afterward, many beam problems were formulated and solved by various methods.

In the first part of the study 1D beam problems are solved.

The possibility of extending this result for pure bending beam problems is examined in the present work.

The variations of fundamental solutions enable us to formulate the macroscopic 1D beam problems.