peihua.gu@tju.edu.cn
机械设计及理论
未公开
Canadian Network for Research and Innovation in Machining Technology

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Development for Shantou Institute for Light Industrial Equipment

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Design Theory Research and Application of Energy-saving and Environment Pr

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天津市教委院士科研经费

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Analytical Robust Design with Little or No Experimental Data

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Development for Design Laboratory

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Development for Light Industrial Equipment Manufacturing Informatics Labora

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Public Innovative Service Platform for Light Industrial Equipment

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CDIO-OBE 工程教育模式研究与实践

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Inquiry Based Learning in Engineering Science Education

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Development for Intelligent Monitoring & Control Technology Laboratory for

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Development for Energy-Efficient & Low-Emission Technology Laboratory

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Adaptable Design of Open Architecture products

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Intelligent Inspection and Control of Prints Quality and Equipment

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Research and Commercialization of Energy-saving and Low-emission Drying Pr

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Research and Demonstration of Robust Design Technology for Printing & Coati
一种多轴机床几何精度稳健优配方法

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面向工艺多样性的模块化涂布小车的接口设计方法

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基于功能特性参数波动边界优化的稳健设计方法

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一种机床关键性几何误差源识别方法

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Multisource and Multimaterial Freeform Fabrication

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一种开放式接口适应性评估和提升方法
随着机械加工精度的要求越来越高，如何在确保机床加工性能的前提下，合理配置机床几何误差，实现成本与加工精度的均衡，是机床制造亟待解决的问题。本发明针对多轴机床提出了一种新的基于零部件制造成本和质量损失的多目标几何精度优化分配方法，采用多体系统理论建立机床几何误差的综合空间误差模型，通过对几何误差影响最大的机床部件的加工特征建立机床部件的制造成本模型。

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本发明涉及一种面向工艺多样性的模块化涂布小车的接口设计方法，采用可适应设计的理念，针对涂布设备的涂布单元设计出具有专用标准接口的涂布小车来提高设备的可适应程度，小车式涂布系统，即整个涂布单元设计成小车形式。可适应设计要解决的首要问题是对不同产品多样性的分析，可适应设计的基本思想是通过提高产品的适应能力主动满足用户需求的扩展与变化。

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一种基于功能特性参数波动边界优化的稳健设计方法，包括：建立功能特性参数函数及其波动模型；建立功能特性参数波动边界模型；求解前述关系模型得到基于功能特性参数波动边界优化的稳健设计模型；采用稳健灵敏度分析方法，分析所述稳健设计优化模型，得到功能特性参数波动边界对各种不确定性的稳健敏感度矩阵；

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一种机床几何关键性误差识别方法，属于机床精度设计技术范畴,其特征在于包括：（1）根据机床的结构与运动特点，将机床抽象成多体系统，用拓扑结构和低序体阵列描述机床各部分的关联性；（2）在多体系统中建立广义坐标系，用齐次变换矩阵把机床各部件的误差量之间的耦合关系表述出来；推导出机床中两相邻体之间相对运动的特征矩阵和运动方程，从而建立加工中心的精度模型；（3）据精密卧式加工中心的精度模型，利用矩阵微分法建立四轴机床误差敏感度分析的一般数学模型；

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An apparatus for forming freeform solid articles includes a head unit having a plurality of arc-shaped support arms. The support arms mount material feeders and power sources which are directed at a work table.

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本发明涉及开放式架构产品领域，尤其涉及一种开放式接口适应性评估和提升方法，包括：建立开放式接口模型；建立开放式接口适应性评估模型；建立开放式接口适应性模型的评估方法；建立开放式接口适应性模型敏感性分析方法；根据开放式接口适应性敏感性分析结果，提升接口适应性。本发明从接口设计功能层面、结构层面、制造层面和操作层面出发，建立了接口模型，接口适应性评价模型；并给出了接口适应性评估的具体方法；
新工科与新范式：实践探索和思考

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Development of a paper-bag-folding machine using open architecture for adaptability

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Low-carbon scheduling and estimating for a flexible job shop based on carbon footprint and carbon efficiency of multi-job pro

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Design Optimization for Sustainable Products Under Users' Preference Changes

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Prediction of surface reconstruction uncertainties for freeform surface inspection

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Inspection of Freeform Surfaces Considering Uncertainties in Measurement, Localization and Surface Reconstruction

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Robust adaptable design considering changes of requirements and parameters during product operation stage

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Tool path re-planning in free-form surface machining for compensation of process-related errors

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Integrated multi-layer representation and ant colony search for product selective disassembly planning

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An Analysis Methodology for Stochastic Characteristic of Volumetric Error in Multiaxis CNC Machine Tool

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Enhancing interface adaptability of open architecture products

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从CDIO在中国到中国的CDIO:发展路径、产生的影响及其原因研究

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Accessibility analysis of tools in product module interface operations

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Open interface design for product personalization

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Methods and tools for the optimal adaptable design of open-architecture products

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创新时代的工程教育:思考与探索

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基于“学习产出”(OBE)的工程教育模式——汕头大学的实践与探索