Rapid Reverse Modeling for a Boring Bar with Complex Surface

Hong Qiang Liang; Li Yuan; Wei Peng; Ping Yu Zhu

doi:10.4028/www.scientific.net/AMR.819.414

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Study of Dynamics Characteristics for Precision Motor Spindle System
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The Production System Automatic Layout Based on Simulation
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Transition Segments Processing Method Based on Curve Fitting Algorithm
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Compiling Research and Realization of 3D Cutter Radius Compensation Based on PMAC
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Numerical Simulation of Nonlinear Sloshing in a 2D Vertically Moving Container
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Rapid Reverse Modeling for a Boring Bar with Complex Surface
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Mechanical Components Design and Research Based on Reliability
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HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 819Rapid Reverse Modeling for a Boring Bar with...

Rapid Reverse Modeling for a Boring Bar with Complex Surface

Abstract:

For some product development processes, reverse engineering (RE) allows to generate surface models by using the coordinate measuring machine (CMM) scanning technique, for this methodology permits to manufacture different tools in a short development period. A case study on a boring bar with complex surface is present for a brief overview of RE and provide benefits to improve the efficiency of designing and production processes. In order to guarantee the precision of the boring bar model, two methods of software Imageware for rule surface reconstruction and NURBS fitting are used. According to compare experimental modal data with simulation modal data, verified the viability of rapid reverse modeling for damping boring bar.