高健
先进制造技术:快速制造、自修复与再制造; 三维数字化测量技术:接触式与非接触式自由曲面三维测量、反求工程; 质量控制:产品缺陷、加工精度的数字化检测,微电子封装工艺过程参数检测与监控; 并联机床(Parallel Kinematic Machine)动态定位研究; 计算机辅助设计与制造(CAD/CAM)技术,基于特征的CAD/CAPP/CAM 信息集成。
个性化签名
- 姓名:高健
- 目前身份:
- 担任导师情况:
- 学位:
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学术头衔:
博士生导师
- 职称:-
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学科领域:
机械工程
- 研究兴趣:先进制造技术:快速制造、自修复与再制造; 三维数字化测量技术:接触式与非接触式自由曲面三维测量、反求工程; 质量控制:产品缺陷、加工精度的数字化检测,微电子封装工艺过程参数检测与监控; 并联机床(Parallel Kinematic Machine)动态定位研究; 计算机辅助设计与制造(CAD/CAM)技术,基于特征的CAD/CAPP/CAM 信息集成。
高健教授
学历:
·1987年江西理工大学机械系毕业,获学士学位。
·1993年华中科技大学机械设计专业毕业,获硕士学位。
·2001年英国诺丁汉大学(The University of Nottingham)机械、材料和制造工程学院毕业,获博士学位。
·2002.1-2004.12年在英国诺丁汉大学(The University of Nottingham)机械、材料和制造工程学院从事博士后(Post-doctoral Research Fellow)研究工作。
科研方向:
· 先进制造技术:快速制造(Rapid Manufacturing)、自修复与再制造(Adaptive Repair and Re-manufacturing )
· 三维数字化测量技术:接触式与非接触式自由曲面三维测量、反求工程(Reverse Engineering)
· 质量控制:产品缺陷、加工精度的数字化检测,微电子封装工艺过程参数检测与监控
· 并联机床(Parallel Kinematic Machine)动态定位研究
· 计算机辅助设计与制造(CAD/CAM)技术,基于特征的CAD/CAPP/CAM 信息集成
职务兼职和荣誉称号:
· 广东工业大学教授.
· 广东省"南粤教坛新秀"(1998).
· 广东省千百十省级培养对象.
· IEEE Trans. on Robotics and Automation评审员.
· Measurement Science and Technology评审员.
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主页访问
1420
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关注数
0
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成果阅读
298
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成果数
7
【期刊论文】Research on an inertial positioning system for a parallel kinematic machine
高健, J. Gao *, P. Webb, N. Gindy
Mechatronics 15(2005)1-22,-0001,():
-1年11月30日
This paper addresses the development of an inertial-sensor-based dynamic system for measuring the displacement of PKM (parallel kinematic machine) struts and the tool centre point (TCP) pose. An inherent problem of inertial positioning systems is the growth, with time, of errors in the measured velocity and position; in the system described in this paper they are corrected by using an external reference measurement and Kalman filtering. Through the combination of the inertial data with an external encoder measurement, a velocity profile containing improved dynamic information can be calculated. The key steps required for the integration of the inertial and encoder measurement systems are introduced, these include the formulation of a system and measurement model and Kalman filter estimation and simulation. Experiments were performed with a single PKM-strut test bed for linear movement to simplify and verify the system. The effects of the system on full PKM machine performance was tested using data from the single strut tests on an emulated PKM. The experimental results are presented and analysed.
Parallel kinematic machines (, PKM), , Tool centre point (, TCP), measurement, Inertial sensors, Position and orientation estimation, Kalman filter
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【期刊论文】Investigation of a 3D non-contact measurement based blade repair integration system
高健, Jian Gao, Janet Folkes, Oguzhan Yilmaz and Nabil Gindy
Aircraft Engineering and Aerospace Technology: An International Journal Volume 77·Number 1·2005·34-41,-0001,():
-1年11月30日
Purpose-The aim of the paper is to provide an economically viable solution for the blade repair process. There is a continual increase in the repair market, which requires an increased level of specialised technology to reduce the repair cost and to increase productivity of the process. Design/methodology/approach-This paper introduces the aerospace component defects to be repaired. Current repair technologies including building-up and machining technology are reviewed. Through the analysis of these available technologies, this paper proposes an integrated repair strategy through information integration and processes concentration. Findings-Provides detailed description and discussion for the repair system, including 3D digitising system, repair inspection, reverse engineeringbased polygonal modelling, and adaptive laser cladding and adaptive machining process. Originality/value-This paper describes a 3D non-contact measurement-based repair integration system, and provides a solution to create an individual blade-oriented nominal model to achieve adaptive repair process (laser cladding/machining) and automated inspection.
Aerospace industry, Technology led strategy, Lasers, Cladding, Modelling
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【期刊论文】Extraction of machining features for CAD/CAM integration
高健, J. Gao; D.T. Zheng; N. Gindy
Int J Adv Manuf Technol (2004) 24: 573-581,-0001,():
-1年11月30日
Feature-based CAD/CAM integration is a technology used to realise automatic transmission and conversion of component information among CAD, CAPP and CAM applications. A feature is the medium of information transmission in the integration. Since a process planning downstream application has a different viewpoint from the component designer, feature conversion or feature extraction methodology is used to create a machining feature model based on the design feature model. One of the major difficulties in generating machining features is the preservation of feature integrity because of feature interactivity. The most current research, therefore, focuses on the planar-type form feature conversion. This paper discusses the problem of feature interactivity and proposes a feature-based approach to generating hole-series machining features from a design feature model. Hole-series features are important machining features for gearbox components used in machine tools. These kinds of features cannot be obtained directly from a design feature database. A constraint-based method is developed in this paper to define a hole-series feature model based on the geometric and topological information extracted from the design database. In addition, a STEP file is generated to interface the converted machining feature model with the downstream CAPP application. The implemented feature conversion system is verified by considering its application to some component examples and the developed prototype CAPP system.
CAD/, CAM integration, Constraint, Feature conversion, Feature interaction, Fundamental feature, STEP interface
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【期刊论文】Mathematicalrepresentation of feature conversion for CAD/CAM system integration
高健, Jian Gao a, b, *, Detao Zheng b, Nabil Gindy a
Robotics and Computer-Integrated Manufacturing 20(2004)457-467,-0001,():
-1年11月30日
Automatic generation of machining information from a design system has been the research focus in feature-based CAD/CAPP/CAM applications for many years. Design data from a CAD model cannot be directly used in a CAPP system due to the difficulties arising from different feature viewpoints in each application and in various feature representations. To create a process-planning model automatically using machine features, feature mapping or conversion is the key issue to solve this problem. This paper addresses the problem of how to convert the design feature representation into machining feature representation in a mathematicalmodel. Design features in the design domain are represented by a set of faces of each feature geometry and a set of attributes such as dimensions and materialfeature. Machining features in the manufacturing domain are represented by a number of faces and relationships between these faces that are meaningful for the process/machining operations. Using a mathematical description of the feature mapping process, machining features can be deduced and formed by the Set Operation, and the difficult problem of feature interaction can be described mathematically and converted in theory. On the basis of feature representations in the design and manufacturing domains, the mathematicalmodel of feature mapping is represented by a mapping function gd m which is a synthesis function of the process mapping functions g1 and g2. The first function, g1, extracts the topological elements of a feature from a design model, and forms its own face model which including an interactive feature topological elements. The second function, g2, groups these extracted elements into a machining feature according to the geometrical relationship between these elements and matches them with the pre-defined machining features. Examples are given in this paper to show the procedure of the feature mapping process. A feature-based CAD/CAPP/CAM integration system is described with the help of the formulation and representation of machining features.
CAD/, CAPP/, CAM integration, Feature-based modelling, Feature mapping/, conversion, Feature interaction, Machining features, Set operation
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【期刊论文】Extraction/conversion of geometric dimensions and tolerances for machining features
高健, Jian Gao, De Tao Zheng, Nabil Gindy, Doug Clark
Int J Adv Manuf Technol (2005) 26: 405-414,-0001,():
-1年11月30日
It is important for a feature-based system to preserve feature integrity during feature operation, especially when feature interaction occurs. The paper presents a feature conversion approach to convert design features used in a design model into machining features for the downstream applications. This process includes both form features (geometric information) and non-geometric features conversion. Most researchers have concentrated on geometric information extraction and conversion without tackling the important problem of non-geometric feature information. This paper focuses on the extraction and conversion of feature geometric dimensions and tolerances (GD&T) for downstream machining application. The main barrier to the integration of a feature-based CAD/CAPP/CAM system-feature interaction-is discussed in this paper, which alters design features in their geometries and nongeometric information. How to identify and validate these feature dimensions and tolerances is one of the key issues in feature interaction conversion. The development of robust methodologies for preserving feature integrity for use in process planning application is the main thrust of the work reported in this paper.
CAD/, CAPP/, CAM integration, Feature conversion, Feature interaction, Geometric dimensions and tolerances (, GD &, T), , Machining features
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高健, 郑德涛, 孙健, 王先逵
中国机械工程,1999,10(3):260~263、20,-0001,():
-1年11月30日
分析特征映射中的设计意图—工艺意图(指非几何形状信息)映射的必要性,建立设计意图到工艺意图映射的数学模型,并深入研究该映射函数实现中的关键技术,即特征映射实施过程中尺寸与形位公差映射的难点,特征交互作用后尺寸表达的变化及其有效性判定方法。
设计意图, 工艺意图, 特征映射, 数学模型, 交互特征
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高健, 郑德涛, 张平, 吴想军, 孙健, 王先逵
计算机集成制造系统,1998,(2):23~26,-0001,():
-1年11月30日
为实现CAD/CAPP 集成,针对箱体类零件探讨基于约束的孔系特征映射原理。重点阐述孔系约束匹配法及基于约束的孔系特征映射实现方法,并给出实例验证。
孔系特征, 基础特征, 特征映射, CAD/, CAPP
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