Sentence examples for finite element models to understand the from inspiring English sources
These parameters are varied in 2D finite element models to understand the nature of the system and identify the best performing designs.
In addition, the relevance of Finite Element Modeling to understand the origin of failure modes is shown which allows for optimizing designs and materials.
Similar to, this chapter presents illustrative examples of finite element models developed to understand the structural behavior of steel-concrete composite bridges.
Three-dimensional finite element models were developed to understand the relationships between cellular structure, deformation modes and their effective electromechanical properties.
This study develops a three-dimensional viscoelastic model using the finite element method to understand the postseismic deformation that followed the 2011 Tohoku-Oki earthquake.
In this work, a finite element model is developed to understand the deformation and failure mechanisms of a multilayered elastomer/fibre-reinforced polymer (FRP) composite panel under blast.
We conclude that the presented approach allows for embedding realistic fascicle information into finite element models of skeletal muscles to better understand the functioning of the musculoskeletal system.
To further understand the results Finite Element models of the joints were created using a Cohesive Zone Model to predict damage development and failure in the adhesive.
The finite element model is used to qualitatively understand the distribution of microplasticity in this alloy under various loading conditions.
We have used finite element modeling (FEM) to examine the conditions for contact-free scanning.
The hardness and the fracture strength of AAO were discussed and a three-dimensional finite element model (FEM) was also conducted to understand the nanoindentation-induced mechanism.
