What question did this study set out to answer?

The research aims to develop a quick method for calculating the inductance of finite-length coils with circular cross-sections.

April 19, 2026Journal of Balkan Science and Technology0 citationsOpen Access

Fast Inductance Calculation for Finite Length Coil with Circular Cross Section

MEMuzaffer ERDOĞAN

Key Points

The research aims to develop a quick method for calculating the inductance of finite-length coils with circular cross-sections.
Numerically calculates magnetic flux through each turn using elliptic integrals.
Sums individual fluxes to obtain total magnetic flux.
Calculates self-inductance by equating total flux to the product of self-inductance and current.
Demonstrates a fast method for inductance calculation.
Achieves accurate results compared to traditional methods.

Abstract

This study presents a fast and efficient method for calculating the inductance of a finite-length coil. The magnetic flux through each turn is efficiently calculated numerically using elliptic integrals. The total magnetic flux through all turns was obtained by summing these individual fluxes. Finally, the self-inductance was calculated using a fast-resulting method by equating this total flux to the product of the self-inductance and the current.

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Cite This Study

Muzaffer ERDOĞAN (Wed,) studied this question.

synapsesocial.com/papers/69e471c5010ef96374d8e0e7 https://doi.org/https://doi.org/10.55848/jbst.2025.18

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