Add to ORKGAbstract—This paper proposes a new solution for an important feature of solid modelers coupled to finite element mesh generators for electromagnetic problems: the handling of inner boundaries be-tween components assuring the design of manufacturable models. Implementation details are described. Index Terms—Geometric modeling, finite element methods, mesh generation, b-rep data structures, electromagnetic analysis. I
The problems of electromagnetism are modeled by means of various numerical methods. Among them Finit...
A suite of programs collectively referred to as 3Dfeem (3-D finite element electromagnetic model) ha...
Abstract: In the last three decades Finite Element Method / Analysis (FEM / FEA) has gained well-des...
Abstract-This paper presents the necessary requirements for a multi-representational solid modeler c...
Abstract. The work presented here is part of a project, which involves the development of a multi-re...
Abstract — The development and evolution of solid modeling has been motivated primarily by its poten...
This paper presents an approach to the integration of computer-aided design and finite-element analy...
The applications of the Finite Element Method (FEM) for three-dimensional domains are already well d...
An electromagnetism module is under development in the commercial software LS-DYNA in order to perfo...
The paper presents the coupling between the finite element and the boundary element methods as an ef...
The numerical analysis of electromagnetic devices by means of finite element methods (FEM) is often ...
The paper discuses the numerical methods of electromagnetic field calculations in the electric machi...
Model refinements of magnetic circuits are performed via a subdomain finite element method. A comple...
Finite element modelling of geometries with large dimensional differences between adjacent sub-domai...
Forward modelling of electromagnetic induction data simulates the electric and magnetic fields withi...
The problems of electromagnetism are modeled by means of various numerical methods. Among them Finit...
A suite of programs collectively referred to as 3Dfeem (3-D finite element electromagnetic model) ha...
Abstract: In the last three decades Finite Element Method / Analysis (FEM / FEA) has gained well-des...
Abstract-This paper presents the necessary requirements for a multi-representational solid modeler c...
Abstract. The work presented here is part of a project, which involves the development of a multi-re...
Abstract — The development and evolution of solid modeling has been motivated primarily by its poten...
This paper presents an approach to the integration of computer-aided design and finite-element analy...
The applications of the Finite Element Method (FEM) for three-dimensional domains are already well d...
An electromagnetism module is under development in the commercial software LS-DYNA in order to perfo...
The paper presents the coupling between the finite element and the boundary element methods as an ef...
The numerical analysis of electromagnetic devices by means of finite element methods (FEM) is often ...
The paper discuses the numerical methods of electromagnetic field calculations in the electric machi...
Model refinements of magnetic circuits are performed via a subdomain finite element method. A comple...
Finite element modelling of geometries with large dimensional differences between adjacent sub-domai...
Forward modelling of electromagnetic induction data simulates the electric and magnetic fields withi...
The problems of electromagnetism are modeled by means of various numerical methods. Among them Finit...
A suite of programs collectively referred to as 3Dfeem (3-D finite element electromagnetic model) ha...
Abstract: In the last three decades Finite Element Method / Analysis (FEM / FEA) has gained well-des...