Finite element analysis (FEA) is a powerful tool for structural engineering that can simulate complex problems and optimize designs. However, FEA modeling and meshing require careful choices of ...

The SIPOC model can be a great tool for process analysis, as it can help to clarify the purpose, scope, and boundaries of a process, identify the key stakeholders and their needs, map the flow of ...

Keywords: finite element, models, dental, motion capture, jaw relation record, periodontal ligament. Citation: Özcan C, Lestriez P, Özcan M and Josset Y (2024) Finite element analysis of dental ...

A nonlinear analysis procedure for steel-concrete (SC) composite structures is presented. The procedure uses smeared crack concrete constitutive modeling done on the basis of the disturbed stress ...

Their correct implementation in terms of material models and properties is therefore necessary in the development of finite element models of the knee, which has been performed for decades for the ...

Abstract: This paper proposes a method to automatically derive a reduced order model of the induction machine from the electromagnetic finite-element-analysis. The benefit is a consistent workflow ...

In the present work, a finite element model is developed to analyze the response of isotropic and orthotropic beams, a common structural element for aeronautics and astronautic applications. The ...

Abstract: This paper studies the many visual art elements that appear in the interface design of the mobile system platform from the perspective of complexity modeling, combining various interfaces.

This study presents a novel and effective FE model for the dynamic analysis of DRI, DFI, and DRFI. The main goal of this study is determination of a consistent size regarding the near-field domains. 2 ...