Home Authors Posts by Justin Sims

19 POSTS 0 COMMENTS

Justin Sims is a mechanical engineer with DANTE Solutions, where he is an analyst of steel heat-treat processes and an expert modeler of quench hardening processes using DANTE software. Project work includes development and execution of carburization and quench hardening simulations of steel components and analysis of heat-treat racks and fixtures. He has a mechanical engineering degree from Cleveland State University.

Evaluating effect of heat treat on flank slope profile deviation of...

August 15, 2023

Low pressure carburization simulation of steel alloys with strong carbide forming...

April 15, 2023

Gear inspection methods from heat-treat simulation

December 15, 2022

Stress evolution during quench hardening of steel

July 15, 2022

Heat transfer: Convection’s reach

February 15, 2022

Press quenching tooling design using simulation

December 15, 2021

Important to consider carbide formation during simulation

October 15, 2021

Why is modeling the immersion process so important?

August 15, 2021

Improving temperature uniformity during tempering

June 15, 2021

Predicting strains key to evaluating heat-treat response

April 15, 2021

Accounting for carbon rejection can head off trouble

February 15, 2021

Evaluating a material’s response during austenitization

December 15, 2020

Low pressure carburization modeling with carbide formation and dissociation

October 15, 2020

Modeling can improve press quenching process

October 15, 2020

Process comparison to improve fatigue performance

August 15, 2020

Case study: Determining the cause of cracking using computer modeling

July 15, 2020

Nonlinear distortion response during gas quenching

June 15, 2020

Surface stress is key in rolling contact fatigue

April 15, 2020

Simulation tools to effectively calculate process

February 15, 2020

Justin Sims

EDITOR PICKS

Editor Picks

POPULAR POSTS

Popular Articles

POPULAR CATEGORY

Popular Columns