A recently-published equation for calculating the force between coaxial cylindrical magnets is presented in simplified form. The revised equation is now very compact: it is defined with fewer parameters and contains fewer terms than the original equation. The new equation is purely real, unlike the original which contained imaginary components. As a result of the simplifications, the new equation is demonstrably faster to evaluate than the original, improving its utility for parametric optimization. A reference implementation is provided for Matlab and Mathematica.Will Robertson, Ben Cazzolato, and Anthony Zande
International audienceThe paper proposes improved analytical expressions of the torque on cuboidal p...
We propose a simple experiment, which allows students to explore quantitatively the magnetic interac...
We commence with the derivation of the Lorentz force density on a surface of discontinuity based on ...
The magnetic force exerted by an array of two coaxial thick circular coils with rectangular cross-se...
The force between permanent magnets implemented in many engineering devices remains an intriguing pr...
Permanent magnets of various shapes are often utilized in magnetic actuators, sensors or releasable ...
In this paper, a variety of analytical/integral methods are compared for calculating the axial force...
Abstract Magnetic systems based on permanent magnets are receiving growing attention, in particular ...
This paper concerns the analysis of the force between a rectangular coil and a cuboidal permanent ma...
Permanent magnet arrays are often employed in a broad range of applications: actuators, sensors, dru...
The design of magnetic devices requires a precise estimation of magnetic forces. In previous works, ...
Magnetic force between permanent magnets is calculated by the use of simple models of magnetic dipol...
This paper concerns the analysis of the force between a rectangular coil and a cuboidal permanent ma...
In this note I present an example of application of Fourier-transform techniques to the computation ...
International audienceAnalytical calculation of interaction forces between two cylindrical magnets i...
International audienceThe paper proposes improved analytical expressions of the torque on cuboidal p...
We propose a simple experiment, which allows students to explore quantitatively the magnetic interac...
We commence with the derivation of the Lorentz force density on a surface of discontinuity based on ...
The magnetic force exerted by an array of two coaxial thick circular coils with rectangular cross-se...
The force between permanent magnets implemented in many engineering devices remains an intriguing pr...
Permanent magnets of various shapes are often utilized in magnetic actuators, sensors or releasable ...
In this paper, a variety of analytical/integral methods are compared for calculating the axial force...
Abstract Magnetic systems based on permanent magnets are receiving growing attention, in particular ...
This paper concerns the analysis of the force between a rectangular coil and a cuboidal permanent ma...
Permanent magnet arrays are often employed in a broad range of applications: actuators, sensors, dru...
The design of magnetic devices requires a precise estimation of magnetic forces. In previous works, ...
Magnetic force between permanent magnets is calculated by the use of simple models of magnetic dipol...
This paper concerns the analysis of the force between a rectangular coil and a cuboidal permanent ma...
In this note I present an example of application of Fourier-transform techniques to the computation ...
International audienceAnalytical calculation of interaction forces between two cylindrical magnets i...
International audienceThe paper proposes improved analytical expressions of the torque on cuboidal p...
We propose a simple experiment, which allows students to explore quantitatively the magnetic interac...
We commence with the derivation of the Lorentz force density on a surface of discontinuity based on ...