Numerical and Gleeble experimental data are combined to predict potential microstructure
and hardness profiles through the wall thickness of an induction hardened slurry …

Hot deformation and cooling together with the chemical composition define the final
mechanical properties of the steel product. In order to control and optimize the desired …

Accurate control of the temperature of the workpiece is crucial when carrying out thermal
processing of steel. Effective heat transfer coefficient for water cooling of hot rolled steel was …

Numerical studies were conducted to investigate the applicability of cooling strategies for
controlledly producing a microstructure in the steel strip or plate, which changes as function …

Numerical modelling tools provide valuable means to quantitatively control
thermomechanical processing. Several modelling tools have been applied and developed …

The project aimed at exploring the industrial feasibility of new super-high strength steels
(SHSS) made using innovative processing methods and based on medium carbon …

Jominy end quench test is a standardized metallurgical experiment for obtaining data on
steel hardenability. Construction of numerical simulation of the test provides a way for …

Understanding the steel microstructure formation during thermal treatments is crucial for
controlling the mechanical properties of a steel product. One of the important factors …

Osajulkaisut Osajulkaisut eivät sisälly väitöskirjan elektroniseen versioon. Javaheri, V.,
Porter, D., & Kuokkala, V.-T.(2018). Slurry erosion of steel–Review of tests, mechanisms and …

A coupled temperature-microstructure model was developed in order to simulate the
evolution of the microstructure in the heat-affected zone during two-pass gas-metal arc …