Physical and Numerical Simulation of Cold Rolling and Heating during Continuous Annealing of DP Steel Strips
p.146
p.146
A New FE-Model for the Investigation of Bond Formation and Failure in Roll Bonding Processes
p.152
p.152
Implementation of a Dual Mesh Method for Longitudinal Rolling in QForm V8
p.158
p.158
Hybrid Modeling of Materials Properties for Improved CAE-Simulations
p.163
p.163
Comparison of Numerical Simulation and Experiment for the Microstructure Development of a Cold-Rolled Multiphase Steel during Annealing
p.167
p.167
Material Models and their Capability for Process and Material Properties Design in Different Forming Processes
p.174
p.174
Computer Model STAN 2000 and its Use in Practice of Steels Hot Rolling on Mill 2000 of Severstal
p.183
p.183
Further Developments in Strip Thickness Measurement Laser-Based Strip Thickness Measurement
p.193
p.193
New Opportunities for Process Optimization in the Metal Industry Using Laser Line Sensors for Thickness and Width Gauging
p.200
p.200
Comparison of Numerical Simulation and Experiment for the Microstructure Development of a Cold-Rolled Multiphase Steel during Annealing
Abstract:
JAMK model, developed as part of RFSR-project “VADPsheets”, was applied to analyse different time temperature cycles from industrial time temperature cycle. The results of numerical simulation are compared with experimentally determined mechanical properties and microstructures. By distinguishing of recrystallized ferrite, ferrite after transformation, tempered martensite, bainite and martensite can be explained the experimentally obtained mechanical properties. The results of simulation can be used to optimizing the properties and to generate a better understanding of process parameters.
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Periodical:
Materials Science Forum (Volume 854)
Pages:
167-173
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Online since:
May 2016
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