The optimization of the MR damper is based on the design of experiment (using Taguchi methodology) and finite element method which is rarely available in the literature.
In this paper, the response surface methodology (RS M and finite element method (FEM) have been used to develop predictive models for the simulation and optimization of heat transfer process.
Metamodels for the output responses, with respect to geometric design parameters, are developed using Design of Experiments (DOE) based Response Surface Methodology (RS M and Finite Element Method (FEM) simulations.
Based on the response surface methodology and Maxwell finite element method, an optimal design method for the inductive angle sensor is proposed in this paper.
In this paper, one typical welded connection was analysed using Eurocode standard methodology and advanced finite element (FE) analysis in materially nonlinear domain with fully 3D modelling of the fillet weld.
Due to the pursuit of practical applications for existing bridges, the main focus was on non-destructive methodology, combining experimental data and finite element modelling to obtain the residual prestress forces.
The performance figures are derived from both the finite-volume and finite-element methodologies, and encompass shared, virtual shared, and distributed memory architectures, as exemplified by the SGI Origin series, CM5, and the CRAY T3D/E family, respectively.
This paper develops an assessment methodology based on vibration tests and finite element analysis (FEA) to predict the fatigue life of electronic components under random vibration loading.
The progressive collapse of a box beam under longitudinal bending can be predicted using various computational approaches, including finite element methodologies and the simplified progressive collapse method.
This chapter introduces (1) a system approach to describe an engineering problem and (2) the methodologies in finite elemental analysis (FEA) to deal with system complexity.
