The primary aim of this paper is to present a series of large-scale scattering results obtained by the hybrid finite element-boundary integral (FEBI) technique, where high-resolution range (HRR) profiles are generated from broadband frequency domain data and nearfield results are computed from the BI currents by a multilevel fast multipole method (MLFMM) accelerated postprocessing algorithm
In the present thesis, a hybrid numerical method is presented for the solution of very large and com...
In the present thesis, a hybrid numerical method is presented for the solution of very large and com...
In the present thesis, a hybrid numerical method is presented for the solution of very large and com...
With the development and optimization of fast integral techniques such as the Multilevel Fast Multip...
In Electromagnetic Compatibility (EMC) problems, computation of electromagnetic near-fields in the v...
In the present thesis, a hybrid numerical method is presented for the solution of very large and com...
In the present thesis, a hybrid numerical method is presented for the solution of very large and com...
The renewed interest in the finite-element and boundary-integral (FE-BI) method originated from the ...
In recent years, the computational electromagnetics community has witnessed a rapid increase in the ...
In recent years, the computational electromagnetics community has witnessed a rapid increase in the ...
In recent years, the computational electromagnetics community has witnessed a rapid increase in the ...
In this paper, the hybrid finite element - boundary integral - multilevel fast multipole method - un...
In many antenna applications, the environment of the radiating system has a significant effect on th...
In the present thesis, a hybrid numerical method is presented for the solution of very large and com...
In the present thesis, a hybrid numerical method is presented for the solution of very large and com...
In the present thesis, a hybrid numerical method is presented for the solution of very large and com...
In the present thesis, a hybrid numerical method is presented for the solution of very large and com...
In the present thesis, a hybrid numerical method is presented for the solution of very large and com...
With the development and optimization of fast integral techniques such as the Multilevel Fast Multip...
In Electromagnetic Compatibility (EMC) problems, computation of electromagnetic near-fields in the v...
In the present thesis, a hybrid numerical method is presented for the solution of very large and com...
In the present thesis, a hybrid numerical method is presented for the solution of very large and com...
The renewed interest in the finite-element and boundary-integral (FE-BI) method originated from the ...
In recent years, the computational electromagnetics community has witnessed a rapid increase in the ...
In recent years, the computational electromagnetics community has witnessed a rapid increase in the ...
In recent years, the computational electromagnetics community has witnessed a rapid increase in the ...
In this paper, the hybrid finite element - boundary integral - multilevel fast multipole method - un...
In many antenna applications, the environment of the radiating system has a significant effect on th...
In the present thesis, a hybrid numerical method is presented for the solution of very large and com...
In the present thesis, a hybrid numerical method is presented for the solution of very large and com...
In the present thesis, a hybrid numerical method is presented for the solution of very large and com...
In the present thesis, a hybrid numerical method is presented for the solution of very large and com...
In the present thesis, a hybrid numerical method is presented for the solution of very large and com...