An exact analytical expression for the magnetic field of a cylinder of finite length with a uniform, transverse magnetization is derived. Together with known expressions for the magnetic field due to longitudinal magnetization, the calculation of magnetic fields for cylinders with an arbitrary magnetization direction is possible. The expression for transverse magnetization is validated successfully against the well-known limits of an infinitely long cylinder, the field on the axis of the cylinder and in the far field limit. Comparison with a numerical finite-element method displays good agreement, making the advantage of an analytical method over grid-based methods evident
The work presents the mathematical apparatus for analytical calculation of the magnetic parameters o...
We have investigated systematically the magnetic shielding properties of iron for longitudinal field...
Abstract Magnetic systems based on permanent magnets are receiving growing attention, in particular ...
An exact analytical expression for the magnetic field of a cylinder of finite length with a uniform,...
An exact analytical expression for the magnetic field of a cylinder of finite length with a uniform,...
An exact analytical expression for the magnetic field of a cylinder of finite length with a uniform,...
Cylindrical/ring-shaped permanent magnets with diametrical magnetization can be found in many applic...
Analytical expressions are derived for the magnetometric Nm and fluxmetric Nf demagnetizing factors ...
This paper presents new compact analytical expressions for the magnetic field calculation produced b...
Magnetic field and eddy currents in a cylinder of finite length are calculated by separation of vari...
This paper presents new compact analytical expressions for the magnetic field calculation produced b...
This research presents semi-analytical and closed-form models to calculate the magnetic field distri...
We present an analytical solution for the magnetic field of a homogeneously magnetized cylinder tile...
A long cylinder of radius a has uniform magnetization M transverse to its axis. Find the magnetic fi...
The magnetic field distribution of an axially magnetised cylinder with elliptical profile is analyti...
The work presents the mathematical apparatus for analytical calculation of the magnetic parameters o...
We have investigated systematically the magnetic shielding properties of iron for longitudinal field...
Abstract Magnetic systems based on permanent magnets are receiving growing attention, in particular ...
An exact analytical expression for the magnetic field of a cylinder of finite length with a uniform,...
An exact analytical expression for the magnetic field of a cylinder of finite length with a uniform,...
An exact analytical expression for the magnetic field of a cylinder of finite length with a uniform,...
Cylindrical/ring-shaped permanent magnets with diametrical magnetization can be found in many applic...
Analytical expressions are derived for the magnetometric Nm and fluxmetric Nf demagnetizing factors ...
This paper presents new compact analytical expressions for the magnetic field calculation produced b...
Magnetic field and eddy currents in a cylinder of finite length are calculated by separation of vari...
This paper presents new compact analytical expressions for the magnetic field calculation produced b...
This research presents semi-analytical and closed-form models to calculate the magnetic field distri...
We present an analytical solution for the magnetic field of a homogeneously magnetized cylinder tile...
A long cylinder of radius a has uniform magnetization M transverse to its axis. Find the magnetic fi...
The magnetic field distribution of an axially magnetised cylinder with elliptical profile is analyti...
The work presents the mathematical apparatus for analytical calculation of the magnetic parameters o...
We have investigated systematically the magnetic shielding properties of iron for longitudinal field...
Abstract Magnetic systems based on permanent magnets are receiving growing attention, in particular ...