The measured physical parameters of a superconducting cavity differ from those of the
designed ideal cavity. This is due to shape deviations caused by both loose machine …

The paper deals with numerical aspects of the sensitivity analysis in time domain by means
of adjoint model method. The excitation shape in adjoint model allows to apply semi-discrete …

The paper deals with numerical aspects of the sensitivity analysis in time domain. The
dependence of adjoint model excitation from the way of the magnetic field measurement is …

Purpose–The purpose of this paper is to present sensitivity analysis of electromagnetic fields
in the time‐domain. Design/methodology/approach–The method utilizing adjoint models is …

In the inverse problems several techniques are used, in particular induced currents
techniques. In spite of their complexities, a diversity of fields, such as imaging, use these …

In last years, the methods for material structure recognition using the modern CAD
technology have made remarkable progress in achieving automatically optimum designs …

The paper deals with numerical aspects of the FE-analysis in time domain by means of semi-
discrete method. The method provides analytical solution in time, so the time-stepping may …

Semi-discrete method is known since 80's. The method provides analytical solution in time,
so the time-stepping may be omitted. Comparing to usual finite elements in time, this method …

Semi-discrete method was described already in the earlier works of Zienkiewicz. Because of
poor numerical efficiency it was rather rarely used. But now, carrying out sensitivity analysis …

The paper deals with progress in electromagnetic methods used for structure evaluation of
conducting materials. The term" electromagnetic methods" covers the following areas …