Research on the Modeling of the Faraday Effect Based on the OCT Used in Power System
p.275
p.275
Frequency Stabilization of Semiconductor Laser Based on TMS320F2812
p.280
p.280
Noise Transfer Function Refinement of Commercial Vehicle Cab Based on the Vibro-Acoustic Model
p.284
p.284
Discussion on the Application of Activity-Based Costing in Virtual Manufacturing Cell Mode
p.290
p.290
Comprehensive Parameters Adaption of Rolling Force Model Based on Objective Function in Tandem Cold Mill
p.296
p.296
An Improved Multi-Label Classifier Chain Derived from Binary Relevance
p.302
p.302
Simulation Study on Coupling Effect under HEMP of Shielding Control Box
p.309
p.309
Experimental Study on Diesel Engine Intake Ports with Reverse Engineering Technology
p.315
p.315
Design and Analysis of Halbach Permanent Magnet Synchronous Motors Based on FEM Models
p.320
p.320
Comprehensive Parameters Adaption of Rolling Force Model Based on Objective Function in Tandem Cold Mill
Abstract:
In order to improve the setting accuracy of rolling force model, a comprehensive parameters adaptive objective function of rolling force was established. During the adaptive process, the adaptive coefficients of friction coefficient and deformation resistance were taken as the optimized parameters, and the Rosenbrock algorithm was used to search the optimal solution of the objective function. The proposed adaptive method has been applied successfully to a 1450mm 5-stand tandem cold mill. Application results show that the forecast accuracy of rolling force model has been improved significantly.
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Info:
Periodical:
Applied Mechanics and Materials (Volume 551)
Pages:
296-301
Citation:
Online since:
May 2014
Authors:
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