Modelling turned components with non-axisymmetric features

Guerra, Arminda; Hinduja, S.

doi:10.1016/s0010-4485(96)00052-8

Cited by 5 publications

(2 citation statements)

References 37 publications

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“…A typical example of the hybrid scheme is the system proposed by De Martino et al [12] that enables the user to either start modelling by using features or by a predefined geometric model and create a feature-based model from it using an intermediate model as a mean between the two techniques. Guerra and Hinduja [23], examine a hybrid scheme for axisymmetric turned and milled components. Laako and Mantyla [29] present a hybrid interactive feature-modelling system named EXTDesign.…”

Section: Interactive Feature Definition (Hybrid Scheme)mentioning

confidence: 99%

Feature-Based Design – An Overview

Shahin¹

2008

Computer-Aided Design and Applications

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This paper presents an overview of the research carried out in feature-based design (FBD). Detailed definitions of features are presented and a summary on the work that has been carried out in areas such as feature taxonomies, mapping, validation, constraints in FBD, interfaces, engineering information storing schemes and the object-oriented approach is provided. A way forward is explored and a recommendation for further research is suggested in order to minimize production lead time and cut down capital costs by introducing and implementing methodologies for the automation of complex model creation.

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Section: Interactive Feature Definition (Hybrid Scheme)mentioning

confidence: 99%

Feature-Based Design – An Overview

Shahin¹

2008

Computer-Aided Design and Applications

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“…2 Yip-Hoi and Dutta 3 presented a computational technique for determining the maximum turnable state of mill-turn components. Guerra and Hinduja 4 proposed a hybrid method for modeling turned components with non-axisymmetric features using a feature-based library or traditional modeling tools. Lee and Chiou 5 presented a method for calculating the critical separation distance between the part surface and the cutter in mill-turn machines by mapping the part surface and cutter onto an unfolded domain.…”

Section: Introductionmentioning

confidence: 99%

Generalized model for machining and error compensation of polyhedron components

Hsieh

2014

Proceedings of the Institution of Mechanical Engineers, Part B:

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Compared to conventional circular components such as keys, splices and pins, polyhedron components have many advantages as connecting components in torque transmission systems, including a greater shear strength, an improved fatigue strength and an improved transmission efficiency. However, the performance of such components is critically dependent on the precision of the manufacturing process. Accordingly, this study derives a mathematical model based on the homogeneous coordinate transformation method to facilitate the design, machining and error compensation of generic polyhedron components with n sides. The validity of the proposed approach is demonstrated numerically using polyhedron components with three, four and five sides. The results confirm that the proposed machining and error compensation method provides a simple yet versatile approach for fabricating a wide range of polyhedron components.

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Recognition of rough machining features in 2D components

Hinduja

1998

Computer-Aided Design

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Modelling turned components with non-axisymmetric features

Cited by 5 publications

References 37 publications

Feature-Based Design – An Overview

Feature-Based Design – An Overview

Generalized model for machining and error compensation of polyhedron components

Recognition of rough machining features in 2D components

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