An application of the homogenisation method to the analysis of superconductingcoils for nuclear fusion devices is presented. The proposed procedure is composed of three parts. First effective coefficients and second order correctors are calculated. Only one cell of periodicity made up of the cross-section of a single conductor together with its bonded epoxy layer is taken into account for this purpose. In the next step the finite element method is applied to solve the problem of the global mechanical behaviour of the whole homogenised structure. Finally, given the global behaviour, the code for homogenisation is used again to obtain the local stress image. Numerical results dealing with the validation of the procedure and a realistic exampl...
A technique to solve the periodic homogenization problem is described systematically in this work. T...
This paper presents a development of the usual generalized self-consistent method for homogenization...
Multi-material domains are often found in industrial applications. Modelling them can be computation...
This paper presents a development of the usual generalized self-consistent method for homogenisation...
An accurate estimation of the strain state of a strand inside a coil is a crucial point in the predi...
This paper presents a development of the usual generalized self-consistent method for homogenization...
This paper presents a model for the numerical analysis of the thermo-mechanical strain occurring in ...
The theoretical model of a beam of unidirectional composites, based on the homogenization theory and...
Up to now mainly single scale models have been used to study material and structural behaviour at ma...
A magnetically shielded wire (MSW), which has magnetic-conductive thin layers on the surface of a wi...
The recently approved thermo-nuclear fusion reactor ITER (International Thermonuclear Experimental R...
In the paper we present the analysis of multi-scale composite "from bottom to top of the hierarchy"....
An analysis of a superconducting coil used in fusion devices reveals that a wide spectrum of coupled...
In the present concept of ITER fusion reactor the Toroidal Field and the Central Solenoid coils are ...
In this paper we present the analysis of multi-scale composite "from bottom to top of the hierarchy"...
A technique to solve the periodic homogenization problem is described systematically in this work. T...
This paper presents a development of the usual generalized self-consistent method for homogenization...
Multi-material domains are often found in industrial applications. Modelling them can be computation...
This paper presents a development of the usual generalized self-consistent method for homogenisation...
An accurate estimation of the strain state of a strand inside a coil is a crucial point in the predi...
This paper presents a development of the usual generalized self-consistent method for homogenization...
This paper presents a model for the numerical analysis of the thermo-mechanical strain occurring in ...
The theoretical model of a beam of unidirectional composites, based on the homogenization theory and...
Up to now mainly single scale models have been used to study material and structural behaviour at ma...
A magnetically shielded wire (MSW), which has magnetic-conductive thin layers on the surface of a wi...
The recently approved thermo-nuclear fusion reactor ITER (International Thermonuclear Experimental R...
In the paper we present the analysis of multi-scale composite "from bottom to top of the hierarchy"....
An analysis of a superconducting coil used in fusion devices reveals that a wide spectrum of coupled...
In the present concept of ITER fusion reactor the Toroidal Field and the Central Solenoid coils are ...
In this paper we present the analysis of multi-scale composite "from bottom to top of the hierarchy"...
A technique to solve the periodic homogenization problem is described systematically in this work. T...
This paper presents a development of the usual generalized self-consistent method for homogenization...
Multi-material domains are often found in industrial applications. Modelling them can be computation...