Automatic Parametric 3D Modeling for Involute Cylindrical Gear

Qing Fang He; Kang Fu; Juan He

doi:10.4028/www.scientific.net/AMR.562-564.676

Paper Titles

Orthogonal Experiment Design and Analysis on ABS Power in SLS
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Analysis and Calculation of 3MW Wind-Turbine Main Shaft
p.664

Intervallic Coiflets for Numerical Calculation of Dynamic Stress Intensity Factor
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GA-Based Optimal Design of Derricking Balance Mechanism of Bucket Wheel Stacker Reclaimer
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Automatic Parametric 3D Modeling for Involute Cylindrical Gear
p.676

Structure Design and Finite Element Analysis of a New Type Metallic-Disc Flexible Coupling for Diesel Generator Set
p.680

Design and Implementation of Cutting Parameter Selection System in Standardization Data and Modular Approach
p.684

Research on Numerical Algorithm of Constitutive Equation under High Speed Deformation in Hadfield Steel
p.688

Analysis and Design of Low-Speed Bar Linkage
p.693

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Automatic Parametric 3D Modeling for Involute Cylindrical Gear

Abstract:

Created a standard involute spur gears which was interactive and paramatric by Pro/ENGINEER software. Set gear parameters, created involute profile, achieved 3D paramatric gear model and make an interactive automatic modeling interface with the help of VC++. The finished 3D model is of high precision and easy to modify. If the designed product which is standardized and serialized, the methods and skills of the paper involved are suitable to make a automatic 3D solid paramatric model.