Sentence examples for models using beam from inspiring English sources

Three additional finite element models using beam, shell or solid finite elements are also employed for the verification of the accuracy of the results of the proposed model.

A simple analytical model using beam theory is developed to study a one-sided patch structure with delamination, considering the effect of large deflection and thermal stress.

The RC elements were modelled using beam with hinges elements, and to simulate the materials, the Mander et al. (1988) and Menegotto and Pinto (1973) proposal were adopted, respectively.

The tower members are modeled using beam-column and plate elements.

The analytical model used the method of minimum total potential energy; the computational model used beam finite elements with cross-sectional analysis.

Analysis of the shape optimized mechanism is carried out using two different finite element models, one using beam elements and the other using shell elements.

The pavement model addresses the simplification of structural system of pavement using beam model, slab model, and layered medium on a half space or bedrock.

Also, modeling of R/C buildings using beam elements for both columns and SWs highly overestimates the fundamental periods of R/C buildings for both SAP2000 and ETABS programs (>40% of those obtained using block elements).

On the other hand, modeling of R/C buildings using beam elements for columns but thick shell elements for SWs greatly decreases the percentage error and provides acceptable results of vibration periods (<9% for fundamental periods).

Also, modeling of R/C buildings using beam elements for both columns and SWs highly overestimates the fundamental period of the intact R/C building for both the SAP2000 and ETABS programs.

On the other hand, modeling of R/C buildings using beam elements for columns but thick shell elements for SWs leads to less percentage error of vibration periods, but the percentage error is still high (> + 30% for fundamental period).