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
Arvedi ESP for High-Quality Hot-Strip Production at Rizhao Steel
p.207
p.207
Digitalization in Hot and Cold Rolling Mills
p.215
p.215
Power Cooling
p.225
p.225
The Virtual Rolling Mill – Enhancing Product Development and Commissioning
p.231
p.231
New Opportunities for Process Optimization in the Metal Industry Using Laser Line Sensors for Thickness and Width Gauging
Abstract:
The use of laser line sensors in thickness and width gauges for the metal industry is the successful approach, to benefit from the advantages of laser triangulation measurement and to avoid the disadvantages of optical measurement in harsh conditions. Furthermore enables the high density of the acquired data a clever implementation of new applications.
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Periodical:
Materials Science Forum (Volume 854)
Pages:
200-206
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Online since:
May 2016
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