The subscale model was finite element analyzed, manufactured and tested under sagging loads.
A 142 m ship hull, similar to a destroyer in terms of size, weight and speed, was designed, finite element analyzed and optimized.
The working principle, excursion angle, and natural frequency of the FSM are validated through theoretical estimating, finite element analyzing by ANSYS, and experimental testing, respectively.
For all the grains to be tested, finite element stress analyzes were conducted before they were manufactured and fired.
To improve the computational efficiency, low-cost and computationally inexpensive surrogate models based on radial basis functions (RBF) are used as approximate for the high fidelity finite element (FE) analyzes.
In the paper, the influence of different load increments, mesh scales, and stiffness discount schemes on the finite element (FE) analyzed results has been studied.
The canal fit and fill were analyzed for the optimal implant, and finally the finite element model was analyzed to examine stress distribution, displacement and micromotion.
This paper compares and evaluates various plate finite elements to analyze the static response of laminated plate when varying the thickness ratio, orthotropic ratio and the stacking sequence of the lay-out.
The specimens are modeled using nonlinear finite element method and analyzed under cyclic loading.
We also employ this model with the finite element method and analyze typical frictional contact problems.
