Modeling of a Functional Surface using a Modified B-spline
Jong Dae Hwang, Jong-Yun Jung, Yoon-Gyo Jung
Abstract
Jong Dae Hwang, Jong-Yun Jung, Yoon-Gyo Jung
Abstract
This research presents modeling of a functional surface that is constructed with a free-formed surface. The modeling of functional surfaces, being introduced in this paper, adopts a modified B-spline that utilizes an approximating technique. The modified B-Spline is constructed with altered control vertices. It is applied to measure the surface of an impeller blade. This research builds an algorithm accepting inputs of measured points. Generating the cutter-paths for NC machining employs the model of the constructed surfaces. The machined surfaces that are generated in several cases are compared with each other in the aspect of machining accuracy.
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This research presents modeling of a functional surface that is constructed with a free-formed surface. The modeling of functional surfaces, being introduced in this paper, adopts a modified B-spline that utilizes an approximating technique. The modified B-Spline is constructed with altered control vertices. It is applied to measure the surface of an impeller blade. This research builds an algorithm accepting inputs of measured points. Generating the cutter-paths for NC machining employs the model of the constructed surfaces. The machined surfaces that are generated in several cases are compared with each other in the aspect of machining accuracy.
Key concepts: B-spline, Impeller, Machining, Surface (topology), Spline (mechanical), Blade (archaeology), Measure (data warehouse), Mechanical engineering