Login | Register

DANTE Logo

Publications

Gear contour plot modeled using DANTE

DANTE Heat Treatment Software – Carburizing, Quenching, Tempering, Stress & Distortion Analysis

Browse our published papers showcasing the DANTE heat treatment software, covering advanced topics in heat treatment simulation. Our research focuses on analyzing, optimizing, and developing key steel heat treatment processes, including carburizing, quenching (oil quench, gas quench, water quench), tempering, and annealing. Many papers also explore residual stress analysis, distortion control, material data development, fatigue assessment, and failure/cracking prediction, providing in-depth insight into the science and engineering of steel heat treatment.

Sort through some of our more popular topics by clicking the links below:

  1. Low Pressure Carburization
  2. Oil Quench/High Pressure Gas Quench/Water Quench/Etc.
  3. Induction Hardening
  4. Distortion Analysis
  5. Stress Analysis
  6. Cracking/Failure


[Reset Filters]


Name Of Publication PDF Date of Publication Author of Publication Tags Processes
Process Design for Induction Hardening of a Steel Work Roll using Simulation Download PDF 06/22/2022 Justin Sims, Jason Meyer, and Zhichao Li Induction, Steel, Work Roll, Chromium Alloy Steel, Residual Stress, Radial Stress, Axial Stress, Hoop Stress, and Microstructure Preheat, Induction Hardening, and Liquid Quench
Solving Critical Heat Treatment Challenges with Practical Process Modeling Download PDF 10/24/2017 Justin Sims, Tianyu Yu, Charlie Li, and Lynn Ferguson Computer modeling, Heat treatment challenges, Quench cracking, Press quench tooling design, Carbide formation, Radial Displacement, and Residual Stress Induction hardening, Press quench, Low pressure carburization, Gas Carburization, and Oil Quench
Induction Hardening Process with Preheat to Eliminate Cracking and Improve Quality of a Large Part with Various Wall Thickness Download PDF 04/18/2016 Zhichao Li and Lynn Ferguson Induction hardening process design, Preheat, Cracking, 4340 Steel thick-walled component, Residual Stress, Radial Dispalcement, Axial Stress, and Hoop Stress Preheat, Scanning Induction hardening, and Spray Quench
Effect of Steel Hardenability on Stress Formation in an Induction Hardened Axle Shaft Download PDF 10/20/2015 Lynn Ferguson, Justin Sims, Charlie Li, Valentin Nemkov, Robert Goldstein, and John Jackowski Steel hardenability, Axle shaft, Alloy chemistry effect, 1541 Steel, Residual Stress, Axial Stress, Microstructure, and Martensite Induction hardening, Scanning induction, and Spray quench
Effect of Spray Quenching Rate on Distortion and Residual Stresses during Induction Hardening of a Full-Float Truck Axle Download PDF 09/16/2013 Zhichao Li, Lynn Ferguson, Valentin Nemkov, Robert Goldstein, John Jackowski, and Greg Fett AISI 1541 Steel Truck axle, Spray quench rate, Distortion, Residual stress, and Cooling Rate Induction hardening and Spray quenching
Process Innovation to Eliminate Cracking Problems in Large Diameter Parts with Nonuniform Wall Thickness Download PDF 09/16/2013 Zhichao Li and Lynn Ferguson Process innovation, Cracking problems, AISI 4150, Residual Stress, Microstructure, and Distortion Induction hardening and Spray quench
Stress and Deformation during Induction Hardening of Tubular Products Download PDF 09/09/2012 Lynn Ferguson, Zhichao Li, Valentin Nemkov, and Robert Goldstein Thick-wall tube, AISI 4340, Stress and deformation, Steel Distortion, Electromagnetic and Thermal Analysis, Microstructure, and Residual Stress Induction hardening, Spray quenching, Scanning Induction, and Single Shot Induction
Name Of Publication PDF Date of Publication Author of Publication Tags Processes