Reverse Engineering Approach for Object with Free-Form Surfaces Using Standard Surface-Solid Parametric CAD System

Andrzej Łukaszewicz; Kanstantsin Miatliuk

doi:10.4028/www.scientific.net/SSP.147-149.706

Paper Titles

Microtopography Model of Rough Surface
p.686

Precision Measurement of the Carriage Vibrations at the Different Speeds
p.690

Radio Frequency Measurement and Control Network for a Cable Equipped with the Magnetorheological Damper
p.696

Real Time Measuring of the Pressure Drops against Changing the Fluid Velocity on the Critical Points of the Fluid System
p.702

Reverse Engineering Approach for Object with Free-Form Surfaces Using Standard Surface-Solid Parametric CAD System
p.706

Rowing Force and its Simulation on Training Facility
p.712

Study of the Effect of Process Induced Uncertainties on the Performance of a Micro-Comb Resonator
p.716

Analysis of Time Response of Shape Memory Alloy Actuators Modular System
p.726

Mechanical Properties of G17CrMoV5 – 10 Cast Steel after Regenerative Heat Treatment
p.732

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Reverse Engineering Approach for Object with Free-Form Surfaces Using Standard Surface-Solid Parametric CAD System

Abstract:

In this paper the reverse modelling process for mapping and reconstructing the geometric characteristics of element with free-form surfaces as virtual CAD model is described. The basic approach in reverse modelling process in middle range standard parametric 3D modeler such as SolidWorks system is presented. The digitizing process was performed on the coordinate measuring machine. Using surface-solid modelling tools the virtual solid models were created. They are based on prepareing 3D curves from cloud of points as a sectional profiles. As the next step, it is possible to realize various CAx applications based on 3D feature-based model. In our case an abrasive wear of rotor blade was estimated.