Research on Intelligent Precise Pass Design Based on Spline Finite Strip Method

Guo Chang Li

doi:10.4028/www.scientific.net/AMR.634-638.2877

Paper Titles

Investigation on Forming Process of Automobile Trunk Side Panel Based on Numerical Simulation Technology
p.2855

Numerical Simulation the Stress Uniformity in Split Hopkinson Pressure Bar Testing
p.2861

Microstructural Evolution of AuSn20/Ni Joint during Annealing
p.2865

Research on Formability of Aluminum Alloy 2024 Sheet by Viscous Pressure Forming
p.2872

Research on Intelligent Precise Pass Design Based on Spline Finite Strip Method
p.2877

Study on Formability of TRIP Steel in Incremental Sheet Forming
p.2881

Status and Prospects of Indirect Squeeze Casting Technology
p.2885

The Optimal Parameters Design of Drawing for the Y Type Teeth Using Four Y-Slot Die-Wheel
p.2889

The Effect of Forming Parameters on the Sheet Stretch in Incremental Sheet Forming (ISF) Process on CNC Lathe Machine
p.2894

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Research on Intelligent Precise Pass Design Based on Spline Finite Strip Method

Abstract:

Enterprises have been looking forward to breakthroughs of compound cold rolled section steel precise pass design algorithm for a long time; the breakthroughs will enlarge the application area of cold rolled steel. However, further study of stress and strain cannot effectively conduct pass design algorithm, the theory research and pass design have bottlenecks. Use spline finite strip method to guide pass design, with artificial intelligence correction, we can gen precise pass design method. These researches will offer theoretical foundation to precise pass design and pass software design.