颚式破碎机杜海东,夏鸿建
基于颚式破碎机破碎物料流动的腔形设计及破碎齿板参数化建模
2013/5/8 基于颚式破碎机破碎物料流动的腔形设计及 破碎齿板参数化建模杜海东秦志钰容幸福李亚伟吕瑞太原理工大学机械工程学院，山西太原030024摘要：基于颚式破碎
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新型双腔颚式破碎机的原理及破碎力的计算-STUDY ON THE
2021/3/21 STUDY ON THE CRUSHING FORCE OF A NEW DOUBLE CAVITY JAW CRUSHE. 中文摘要: 介绍为提高颚式破碎机的生产能力和能量输入密度，设计出一种新型
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基于ADAMS的复摆颚式破碎机动颚速度和加速度的分析 - 百度学术
摘要：. 利用运动学仿真设计软件ADAMS对复摆颚式破碎机动颚进行运动仿真分析;主要分析破碎机破碎腔的给,排料口水平方向速度和加速度的变化规律,看其是否符合破碎理论的要
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新型双腔颚式破碎机的原理及破碎力的计算 - 百度学术
摘要：. 为提高颚式破碎机的生产能力和能量输入密度,设计出一种新型双腔颚式破碎机,并且对动颚进行运动分析.通过分析影响破碎力的因素,得到破碎力分布的数学模型,结合矿石在破
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CAA专访王旭——北方重工：新中国第一台颚式破碎机的诞生地
2020/4/26 新中国第一台颚式破碎机的诞生地. ——CAA专访北方重工集团有限公司砂石骨料工程技术公司总经理王旭. 3/27北方重工集团有限公司成功签订甘肃华建新材
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中电建8.8亿竞得的广东/产超千万吨砂石项目粗碎车间封顶
2024/1/22 中电建广州花都城西石场砂石工厂首台设备颚式破碎机顺利吊装就位，粗碎车间同步封顶浇筑。该项目采用露开采方式，资源储量约1.83亿吨，服务期16/。接
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颚式破碎机-江苏海建股份有限公司
2022/10/4 颚式破碎机主要用于抗压强度≤320兆帕的各种物料的粗碎、中碎作业。该系列产品规格齐全，是初级破碎首选设备。鄂式破碎机(鄂破)广泛运用于矿山、冶金、建材
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基于颚式破碎机破碎物料流动的腔形设计及破碎齿板参数化建模
基于颚式破碎机破碎物料流动的腔形设计及破碎齿板参数化建模. 颚 式 破 碎 机 破 碎 腔 是 南 动 颚 、 颚 、 面 衬 板 组 定 侧 成 。. 一般 动 、 颚破 碎板 带有 纵 向齿形 ， 碎作业 时
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Design of the10 MW Wind Turbine Blade and Its Response
Cite this article: NI Chen-feng,LI De-yuan,WANG Xian-neng等. Design of the10 MW Wind Turbine Blade and Its Response Analysis under Random Wind Loads[J].
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Model predictive flow control of wind turbine blades based on ...
Model predictive flow control of wind turbine blades based on distributed flaps: MU An-le 1,ZHANG Guang-xing 1,LI Nai-lu 2,ZOU A-pei 1,WAN Qiang-qiang 1,XU Jian-guo 1: 1. School of Mechanical and Precision Instrument Engineering, Xi’an University of Technology, Xi’an 710048；
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Effect of Bending-Torsion Coupling on Aeroelastic Modal
Effect of Bending-Torsion Coupling on Aeroelastic Modal Characteristics of Wind Turbine Blades: QU Zhenzhuang, XIA Hongjian, LI Deyuan †, LIN Weihao: School of Electromechanical Engineering, Guangdong University
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CN108548729A - 一种测量材料最大弯曲应力的方法和装置
CN108548729A CN201810293010.7A CN201810293010A CN108548729A CN 108548729 A CN108548729 A CN 108548729A CN 201810293010 A CN201810293010 A CN 201810293010A CN 108548729 A CN108548729 A CN 108548729A Authority CN China Prior art keywords bend maximum stress radius curvature stress Prior art date 2018-03
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Virtual Prototype Parameterized Modeling and Simulation Analysis
Virtual Prototype Parameterized Modeling and Simulation Analysis of Cone Crusher . [J]. China Mechanical Engineering, 2011, 22(22): 2712-2716.
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Geometric Nonlinear Dynamics Response Research of Large-scale
Geometric Nonlinear Dynamics Response Research of Large-scale Wind Turbine: Cao Jiufa，Wang Tongguang ，Wang Xiao: Jiangsu Key Laboratory of Hi-tech Research for Wind Turbine Design, Nanjing University of Aeronautics Astronautics, Nanjing
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CN107622529A - 一种基于形态学的三维牙齿模型自动分割方法
CN107622529A CN201610566881.2A CN201610566881A CN107622529A CN 107622529 A CN107622529 A CN 107622529A CN 201610566881 A CN201610566881 A CN 201610566881A CN 107622529 A CN107622529 A CN 107622529A Authority CN China Prior art keywords point tooth model characteristic curve dimensional tooth hole Prior art
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CN104504758B - 义齿冠表面曲面生成方法 - Google Patents
CN104504758B CN201410783597.1A CN201410783597A CN104504758B CN 104504758 B CN104504758 B CN 104504758B CN 201410783597 A CN201410783597 A CN 201410783597A CN 104504758 B CN104504758 B CN 104504758B Authority CN China Prior art keywords summit model curvature tooth equation Prior art date 2014-12-16
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Analysis of thickness of damping layer of large wind turbine
College of Energy and Power Engineering, Lanzhou Univ. of Tech., Lanzhou 730050, China; Received:2020-07-13 Online:2021-08-01 Published:2021-09-07
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Analysis of thickness of damping layer of large wind turbine
Abstract: In order to enhance the vibration suppression effect of large wind turbine blades, from the perspective of increasing the structural damping of the blades, the 8 MW wind turbine blades are taken as the object of study, and the design of the damping layer and the position of the damping layer are used to provide the basis for establishing the finite
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CN108555367B - 一种型材斜截面精确切割机及切割方法 - Google
CN108555367B CN201810212113.6A CN201810212113A CN108555367B CN 108555367 B CN108555367 B CN 108555367B CN 201810212113 A CN201810212113 A CN 201810212113A CN 108555367 B CN108555367 B CN 108555367B Authority CN China Prior art keywords strut cutting machine profile vector axis Prior art date 2018-03-15
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CN107984300B - 一种数控机床转台位置无关几何误差的测量方法
夏鸿建 彭伟超 欧阳祥波 陈新度 Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.) Guangdong University of Technology Original Assignee Guangdong University of Technology
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Wind Turbine Blade Dynamics Modeling and Dynamic
Cite this article: XIE Hao,LI De-yuan,QU Zhen-zhuang等. Wind Turbine Blade Dynamics Modeling and Dynamic Characteristics Analysis Based on Geometrically Exact Beam Theory[J].
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TIME-FREQUENCY CHARACTERISTICS OF UNSTEADY
Due to the interference between the wind turbine blades and the flow field of the tower, the actual value of the aerodynamic force is quite different from the theoretical value. The difference in aerodynamic force caused by this interference has a non-negligible impact on the reliability of the blade and tower structure. Taking the airfoil DU91-W2-250 as the
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CN108555367B - 一种型材斜截面精确切割机及切割方法 - Google
CN108555367B CN201810212113.6A CN201810212113A CN108555367B CN 108555367 B CN108555367 B CN 108555367B CN 201810212113 A CN201810212113 A CN 201810212113A CN 108555367 B CN108555367 B CN 108555367B Authority CN China Prior art keywords strut cutting machine profile vector axis Prior art date 2018-03-15
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CN107984300B - 一种数控机床转台位置无关几何误差的测量方法
夏鸿建 彭伟超 欧阳祥波 陈新度 Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.) Guangdong University of Technology Original Assignee Guangdong University of Technology
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Wind Turbine Blade Dynamics Modeling and Dynamic
Wind Turbine Blade Dynamics Modeling and Dynamic Characteristics Analysis Based on Geometrically Exact Beam Theory: XIE Hao, LI De-yuan, QU Zhen-zhuang, HUANG Wei
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Due to the interference between the wind turbine blades and the flow field of the tower, the actual value of the aerodynamic force is quite different from the theoretical value. The difference in aerodynamic force caused by this interference has a non-negligible impact on the reliability of the blade and tower structure. Taking the airfoil DU91-W2-250 as the
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CN108548729B - 一种测量材料最大弯曲应力的方法和装置
CN108548729B CN201810293010.7A CN201810293010A CN108548729B CN 108548729 B CN108548729 B CN 108548729B CN 201810293010 A CN201810293010 A CN 201810293010A CN 108548729 B CN108548729 B CN 108548729B Authority CN China Prior art keywords bending stress maximum bending curvature radius cantilever beam
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CN111532903A - 一种传输线绕线工具和使用方法 - Google Patents
CN111532903A CN202010498980.8A CN202010498980A CN111532903A CN 111532903 A CN111532903 A CN 111532903A CN 202010498980 A CN202010498980 A CN 202010498980A CN 111532903 A CN111532903 A CN 111532903A Authority CN China Prior art keywords transmission line winding wire spool groove winding tool Prior art date
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Design of the10 MW Wind Turbine Blade and Its Response
Cite this article: NI Chen-feng,LI De-yuan,WANG Xian-neng等. Design of the10 MW Wind Turbine Blade and Its Response Analysis under Random Wind Loads[J].
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CN204600758U - 一种氧化锆陶瓷牙冠超声辅助加工刀具及装置
CN204600758U CN201520023117.1U CN201520023117U CN204600758U CN 204600758 U CN204600758 U CN 204600758U CN 201520023117 U CN201520023117 U CN 201520023117U CN 204600758 U CN204600758 U CN 204600758U Authority CN China Prior art keywords axis axis direction ultrasonic ultrasonic wave wave added Prior art
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Simulation and Verification of Feasibility for the Torsional
Abstract: To test the loading accuracy of the directional device for the experiment system, a test scheme of torsional vibration system is proposed. To verify the feasibility for assessing the loading accuracy through the test scheme, a dynamics and control system model is established and simulated in the condition of ignoring torsion bar flexibility and friction; an
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CN108214099B - 一种数控机床转台位置相关几何误差的测量方法
CN108214099B CN201711483035.5A CN201711483035A CN108214099B CN 108214099 B CN108214099 B CN 108214099B CN 201711483035 A CN201711483035 A CN 201711483035A CN 108214099 B CN108214099 B CN 108214099B Authority CN China Prior art keywords rotary table fixing ball ball seat instrument Prior art date 2017-12-29
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Free vibration characteristics analysis for rotating shaft based on
Free vibration characteristics analysis for rotating shaft based on CUF theory: HE Congshuai1, ZHU Junchao1,2, HUA 2, XIN Dakuan1: 1. School of Energy and Power Engineering, Jiangsu University of Science and
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CN109176738A - 一种建材切割设备 - Google Patents
夏鸿建 Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.) Guangdong University of Technology Original Assignee Guangdong University of Technology Priority date (The priority date is an assumption and is not a legal ...
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CN105807714B - 一种义齿加工机床热误差的在线温度补偿方法
CN105807714B CN201410854928.6A CN201410854928A CN105807714B CN 105807714 B CN105807714 B CN 105807714B CN 201410854928 A CN201410854928 A CN 201410854928A CN 105807714 B CN105807714 B CN 105807714B Authority CN China Prior art keywords machining tool artificial tooth temperature data bpn Prior art date 2014
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