Simulation

Finite element magnetic modelling in ANSYS Maxwell 3D

Finite Element Modelling

The finite elemet method (FEM) is a general numerical method for solving partial differential equations in two or three space variables that arise in engineering modeling. To solve a problem, the model subdivides a large system into smaller, simpler parts that are called finite elements using a mesh in a process known as discretisation.
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Finite Element Analysis

MSL provides finite element (FE) magnetic modelling in ANSYS Maxwell 3D as part of your design review or proof of concept. MSL’s physicists can use existing STEP models or create custom models within the Maxwell environment, and evaluate shielding performance under various parameters such as field strength, direction and frequency.
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Size and Quantity

The MuRoom® is made in a similar fashion to the MuMetal® cladding solutions, by using MuMetal® panels. However, these are joined together and supported using an Aluminium frame.

Capacity

Magnetic Shields Limited has seven fully controlled furnaces operating at our manufacturing facilities to meet the demands of our customers across the world.

Quality Control

All of our furnaces are equipped with the latest NADCAP approved, computer controlled chart recorders enabling us to provide products compliant to 21 CFR Part 11 Electronic Records and Signatures requirements.

Equipment

Magnetic Shields only recommend using pure dry hydrogen atmosphere furnaces in order to achieve the best magnetic properties.

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