New to Maxwell & FEM: Magnetostatic Analysis for Solenoid Valve

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SUMMARY

The discussion focuses on performing magnetostatic analysis for a solenoid valve using Ansoft Maxwell and Finite Element Method (FEM). The user seeks clarity on the appropriate source value to input, questioning whether to use 1 amp or 1000 amps based on the tutorial's guidance of 'number of turns multiplied by current'. Additionally, the user inquires about the return path for current and how to interpret simulation results, specifically in relation to calculating inductance from matrix values and flux linkage.

PREREQUISITES
  • Understanding of Ansoft Maxwell software
  • Familiarity with Finite Element Method (FEM) principles
  • Basic knowledge of magnetostatic analysis
  • Concept of inductance and flux linkage in electromagnetic systems
NEXT STEPS
  • Research how to set up current sources in Ansoft Maxwell simulations
  • Learn about current return paths in electromagnetic circuits
  • Study methods for calculating inductance from simulation results in Maxwell
  • Explore tutorials on interpreting FEM analysis results in Ansoft Maxwell
USEFUL FOR

Electrical engineers, simulation analysts, and anyone involved in electromagnetic design and analysis, particularly those working with solenoid valves and using Ansoft Maxwell for simulations.

amolgsharma
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Dear all,

I'm a new user to Maxwell and to FEM. I am trying to do a magnetostatic analysis for a solenoid valve for finding inductance and force on the armature.
I am facing few problems while making the simulation.
1. what value shall I assign for the source? (In the tutorial provided by Ansoft, they have taken as 'no of turns*current' as input). what shall I write as a source, 1amp or 1000 amp?
2. What is the return path for current?

How to interprete the results the software is giving? (How to find inductance from matrix value and flux linkage?)
Urgent help needed.
 
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We can't understand your question without some kind of schematic diagram.
 

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