DANTE Solutions

Gear distortion from heat treatment is often only noticed upon final inspection, when fixes are impossible or expensive.

Studies show that distortion can be predicted and evaluated using the same metrics used on the shop floor, allowing engineers to assess risk before a part ever enters the furnace.

Early insight leads to fewer surprises, less reworking, and more savings.

New DANTE tutorial now available.

This walkthrough covers the complete process of creating a linear immersion quench simulation in Abaqus CAE using DANTE — from thermal setup and HTC boundary conditions to stress, hardness, and microstructure results.

A practical step-by-step workflow for engineers working in heat treatment and manufacturing simulation.

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How accurate is your thermocouple data during quenching?

In our latest article, we examine the “fin cooling” effect, where thermocouple wire geometry alters measured temperatures and can inflate fitted heat transfer coefficients by up to 30%.

Using finite element modeling and HTC fitting analysis, we highlight how small errors can lead to major impacts on heat-treatment simulation accuracy, distortion prediction, and process optimization.

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