黃運保，男，博士，廣東工業大學機電工程學院教授，博士生導師。
基本介紹
- 中文名：黃運保
- 國籍：中國
- 學位/學歷：博士
- 職業：教師
- 專業方向：大數據驅動的產品設計方法、複雜產品多學科集成設計最佳化
- 任職院校：廣東工業大學機電工程學院
個人經歷,研究方向,學術成果,
個人經歷
2014年6月至今， 廣東工業大學機電工程學院，廣東工業大學“百人計畫”教授。
2007年10月至2014年6月，華中科技大學機械科學與工程學院國家CAD支撐軟體工程技術研究中心。
2005年5月至2007年9月，美國伊利諾理工大學機械材料航空工程系博士後。
2001年6月，獲華中科技大學機械設計及理論專業工學碩士學位。
研究方向
主要從事大數據驅動的產品設計方法、複雜產品多學科集成設計最佳化、人工智慧深度學習，以及機器視覺檢測等方面的研究工作。
學術成果
- 複雜產品基於深度代理模型的高效仿真與最佳化方法，國家自然科學基金項目，經費60萬。
- 基於壓縮採樣的三維輻射驅動不對稱性高效分析方法研究，國家自然科學基金聯合基金項目，經費80萬。
- 複雜產品基於非自適應壓縮採樣的回響面仿真最佳化方法，國家自然科學基金面上項目，經費80萬。
- 一維輻射流體程式可視化研究，中國工程物理研究院雷射聚變研究中心委託科研項目, 經費28.5萬。
- 建築大樓及Qcell2D/3D建模與Web可視化軟體，中興通訊高校合作開發項目，經費20萬。
- ICF實驗工程仿真與軟體開發，中國工程物理研究院雷射聚變研究中心委託科研項目, 經費70萬。
- 基於多感測器的主動式閉環測量規劃理論與方法，國家自然科學基金青年基金項目, 經費22萬。
- Modelica技術在ICF實驗中的套用，國家863項目，經費38萬。
- 多感測器自動測量規劃系統，教育部新教師基金,，經費4萬。
- ICF實驗三維排布系統，中國工程物理研究院項目,經費43萬。
- ICF實驗三維排布系統升級，中國工程物理研究院項目，經費29萬。
- ICF實驗腔靶表面輻射對稱性分析與最佳化設計軟體，中國工程物理研究院項目,2 經費22萬。
- 神光系列裝置實驗排布設計與輻射對稱性集成軟體系統，中國工程物理研究院項目,,經費22萬。
- ICF實驗工程仿真與軟體開發，軍口XX專項項目，經費30萬。
- ICF實驗工程仿真與軟體開發，軍口XX專項項目， 經費50萬。
- 複雜機電裝備嵌入式控制系統建模仿真平台開發與產業化，經費100萬。
- 家電產品系統設計及控制軟硬體一體化仿真最佳化平台項目，2011年廣東省產學研結合項目，經費200萬。
主要論文：
Li H.,Huang Y.*, et al., A GPU based Iteration Approach to Efficiently Evaluate Radiation Symmetry for Laser Driven Inertial Confinement Fusion, Applied Mathematical Modelling 。
Li Z., He J., Lai X., Huang Y., Zhou T., et al, Evaluation of product recyclability at the product design phase: a time-series forecasting methodology, International Journal of computer integrated manufacturing,
Li P., Li H.,Huang Y.*, Wang K. and Xia N., Quasi-sparseresponse surface constructing accurately and robustly for efficient simulation based optimization, Advances in engineering software,
Jing L., Jiang S., Kuang L., Zhang L., Li L., Lin Z.,Li H., Zheng J., Hu F.,Huang Y.*, et al, Preliminary study on a tetrahedral hohlraum with four half-cylindrical cavities for indirectly driven inertial confinement fusion,
Jiang S.,Huang Y.*,Jing L., Li H., Huang T., and Ding Y., A unified free-form representation applied to the shape optimization of the hohlraum with octahedral 6 laser entrance holes,Physics of Plasmas,
Li H.,Huang Y.*, et al, A unified modeling approach for physical experiment design and optimization in laser driven inertial confinement fusion,Fusion Engineering and Design,
Li H.,Huang Y*., et al, An efficient computational approach for evaluating radiation flux for laser driven inertial confinement fusion targets, Computer Physics Communications
Li H.,Huang Y*, et al, Hint-based generic shape feature recognition from three-dimensional B-rep models, Advances in Mechanical Engineering.
Wei Y., Wang Q.,Huang Y.*, Wang Y., and Xia Z., Acceleration of free-vibrations analysis with the Dual Reciprocity BEM based on H-matrices and CUDA, Engineering Computations,
Jiang S.Huang Y*.et al, A novel scheme for direct drive target with enhanced radiation, Physics Scripta,
Jing L., Jiang S., Yang D., Li H., Zhang L.,Lin Z, Li L.,Kuang L.,Huang Y*., and Ding Y., Angular radiation temperature simulation for time-dependent capsule drive prediction in inertial confinement fusion,Physics of Plasma,
Jing L., Li H., Lin Z., Li L., Kuang L., Huang Y., Zhang L., Huang T., Jiang S., and Ding Y., Influence of Capsule Offset on Radiation Asymmetry in Shenguang-II laser facility, Plasma Science and Technology,
Sun Y., Chen L.,Huang Y*. and Wan S., An Enhanced Graph Representation and Heuristic Tabu Search Approach for Flexible and Efficient 3D Shape Matching, Journal of Computing and Information Science in Engineering of ASME,
Fan C.,Huang Y*, and Wang Q., Sparsity-promoting polynomial response surface: A new surrogate model for response prediction, Advances in Engineering Software,
Jiang S., Jing L.,Huang Y*., and Ding Y., Novel free-form hohlraum shape design and optimization for laser-driven inertial confinement fusion, Physics of Plasma,
Huang Y.Li H., et al, Compressive analysis to radiation symmetry evaluation and optimization for laser-driven inertial Confinement fusion, Computer Physics Communications.
Huang Y.,Li H., Wang Q., and Chen L., Integrating multiple sensors for the closed-loop three-dimensional digitization, Proceedings of the Institution of Mechanical Engineers, Part C: Journal of Mechanical Engineering Science.
Huang,Y. and Qian, X., Multiple sensor calibration through iterative registration and fusion, Computer-Aided Design,
Huang Y.Qian X., and Tsou B., Height Reconstruction from Radar Shadow,
HuangY. and Qian, X. An efficient sensing localization algorithm for freeform surface digitization. ASME Journal of Computing and Information Science in Engineering,
Huang Y.and Qian, X., Dynamic B-spline surface reconstruction: Closing the loop of sensing-and-modeling in 3D Digitization. Computer-Aided Design,
Huang, Y. and Qian, X., A dynamic sensing-and-modeling approach to 3D point- and area-sensor integration, ASME Journal of Manufacturing Science and Engineering,
Huang Y, Wang Qifu, Huang Zhengdong. Repairing incomplete measured data with deformable model under constraints of feature shapes. The International Journal of Advanced Manufacturing Technology
Huang Y., Wang Qifu, Huang Zhengdong. Tool-Path Generation from Densely Scattered Measure Points Based on CQEM. The International Journal of Advanced Manufacturing Technology
Wei Y., Wang Q., Wang Y., andHuang Y.,Optimizations for Elastodynamic Simulation Analysis with FMM-DRBEM and CUDA, Journal of Computer Modeling in Engineering & Sciences,
Wang Y., Wang Q., Wang G., andHuang Y., An adaptive dual-information FMBEM for 3D elasticity and its GPU implementation, Journal of Engineering Analysis with Boundary Elements,
