Virtual Prototype Simulation of Vertical Clamp Kinematics and Dynamics for Operating Safety

Jian Xiong Liu; Sheng Jun Li; Jun Tao Peng; Jian Mei Liu

doi:10.4028/www.scientific.net/AMR.97-101.3376

Paper Titles

Research on Numerical Investigation and Test Verification of Brake Performance in a Hydrodynamic Tractor-Retarder Assembly
p.3357

Mechanics Design of Connecting Frame in Aircraft Composite Cabin
p.3362

Three-Dimensional Thermal Analysis of Spherical Plain Bearings with Self-Lubricating Fabric Liner
p.3366

Partial Matching Algorithm of 3D CAD Models Based on the Constraints of Transition Features
p.3371

Virtual Prototype Simulation of Vertical Clamp Kinematics and Dynamics for Operating Safety
p.3376

A Multi-Agent Based Tool Path Planning Method for STEP-NC Compliant Milling
p.3382

Virtual Prototyping and Validation of an Automatic Washing Machine
p.3387

Modal Analysis of Flexible Assembling Fixture for Aircraft Panel Component
p.3392

Research on the Rapid Slicing Algorithm Based on STL Topology Construction
p.3397

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 97-101Virtual Prototype Simulation of Vertical Clamp...

Virtual Prototype Simulation of Vertical Clamp Kinematics and Dynamics for Operating Safety

Abstract:

Vertical clamps are representative large-capacity metallurgical lifting tool and wide spread employed to lift and to convey vertical cold or hot rolling steel coil of strip. To ensure absolute safety, the kinematics model of the vertical clamp was built, and its virtual prototype was established on Solid Edge, and the working process was simulated based on ADAMS environment. To explain the establishing mode of clamping force, the dynamic positive feedback working process of clamping was discussed. The correctness of simulation was validated by means of analytical investigation. The safe working conditions of vertical clamp were obtained.