学术论文: [1] Huan Sheng Lai, Chaozhongzheng Tang , Yuntao Zhong, Jinquan Guo *, Qifei Huang, Runye Sun. Effect of Al and Ti additions on the high cycle fatigue behavior of CoCrNi-based medium-entropy alloys at room and high temperatures. Fatigue & Fracture of Engineering Materials & Structures, 2023, Accepted(中科院二区). [2] Jinquan Guo,Chaozhongzheng Tang,Fang Wang,Kanglin Liu,Jingwei Zhang.Creep behaviour of Q245R steel at 550 ºC. Materials at High Temperatures, 2023, Accepted. [3] Huan Sheng Lai, Xiaowei Jiang , Yuntao Zhong, Peinan Du *, Jinquan Guo *, Qifei Huang. Using tube specimen to investigate the creep behavior of FeCrAl fuel cladding tubes. Engineering Fracture Mechanics, Accepted, (中科院二区). [4] Jinquan Guo, Zhimeng Xu , Zhu Ge , Shuo Lin, Tieping Wei, Wei Liang, Bingwei He , Chaoyu Chen. Optimal combination method for weights loading of the deadweight force standard machine. MAPAN, 2023, Accepted. [5] 廖娟,张丽霞,郑庭坚,苏华,郭金泉*. 超声振动下AZ31B镁合金板热拉伸行为和本构模型. 中国有色金属学报(中文版), 2022(6): 1630-1640. [6] Jinquan Guo, Chaozhongzheng Tang and Huan Sheng Lai.Microstructure and Mechanical Properties of Co32Cr28Ni32.94Al4.06Ti3 High-Entropy Alloy. Materials, 2022, 15(4):1-8. [7] Jinquan Guo, Rongda Fu, Lin Pan, Shaohua Zheng, Liqin Huang, Bin Zheng,Bingwei He. Coarse-to-fine Airway Segmentation Using Multi information Fusion Network and CNN-based Region Growing. Computer Methods & Programs in Biomedicine, 2022(215):1-11 (中科院二区). [8] Jinquan Guo,Peng Ding,Jianhong Gao,Zhenhua Huang,Qiyan Guo,Xiaoxiang Yang. Numerical Simulation of Grounding Characteristics and Temperature Field of Mine Tires under Multiple Working Conditions. Advances in Polymer Technology, 2022, 2022: 1-14. [9] Jinquan Guo, Xinran Wu, Jiantao Liu, Tieping Wei, Xiaoxiang Yang, Xinyi Yang, Bingwei He ,Weihao Zhang.Non-contact vibration sensor using deep learning and image processing. Measurement,183 (2021): 109823 (中科院二区). [10] Gao Jianhong, Yang Xiaoxiang, Guo Jinquan*, Huang Jianren. Hyperelastic mechanical properties of chopped aramid fiber-reinforced rubber composite under finite strain. Composite Structures, 2020, 243 (中科院二区). [11] Jin-quan Guo, Deng Shuai Fan, Huan Sheng Lai, Kang Lin Liu, Zhao Guo , Chen Xu ,Bing-wei He. Novel method to increase the buckling pressure of cylindrical shells under external pressure. Measurement 136 (2019) 438–444 (中科院二区). |
[1] 发明专利:一种CT影像肺血管的分割方法及系统(专利号2020113071316,第一发明人,授权) [2] 发明专利:基于深度学习及图像处理的非接触振动频率测量方法(专利号2020100676151,第一发明人,授权) [3] 发明专利:一种双弯曲梁称重传感器(专利号202210065697.5,第四发明人,授权) [4] 发明专利:一种基于CEEMDAN与PSO-MOMEDA的回转支承故障诊断方法(受理编号202111680252.X,第一发明人,实审阶段) [5] 发明专利:一种左右移动式的自动转换开关装置(受理编号202111630924.6,第一发明人,实审阶段) [6] 发明专利:基于超声波空化的磷酸铁锂回收试验仿真模拟方法(申请编号2021110333260,第五发明人,实审阶段) [7] 发明专利:一种非接触振动频率组成测量方法(受理编号202010067626X,第一发明人,实审阶段) [8] 发明专利:一种大力值静重式力标准机的砝码优化配置方法(受理编号2020114270001,第一发明人,实审阶段) [9] 发明专利:基于电脉冲加热的红外热像无损检测试验方法(申请编号2020101479733,第四发明人,实审阶段) [10] 发明专利:一种节能型天然气吸附储存容器及其工作方法(申请编号2019114010548,第四发明人,实审阶段) [11] 实用新型专利:茉莉花茶窨制成套设备(专利号:2021207302224,第三发明人,授权) [12] 实用新型专利:基于电脉冲加热的红外热像无损检测试验装置(专利号:2020202598294,第四发明人,授权) [13] 实用新型专利:一种节能型天然气吸附储存容器(专利号201922460700X,第四发明人,授权) [14] 实用新型专利:基于可伸缩袋笼的伸缩机构(专利号:2017208334692,第一发明人,授权) [15] 实用新型专利:一种可实现婴儿床多方向摇摆的机构(专利号:2012203094454,第七发明人,授权) [16] 实用新型专利:单对牙齿咬合力实时检测装置,(专利号:2011203063413,第三发明人,授权) |