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Min Wan
H指数:52
被引数:8,806
个人简介
Obtained her Master's degree in Optical Engineering from Beijing University of Technology, Beijing, China, in 2017. Her master's thesis focused on the design and implementation of terahertz digital holographic systems and holographic image reconstruction. She started her PhD at University College Dublin (UCD), exploring optical imaging techniques in the terahertz regime, earning her PhD in 2021. Following her PhD, she continued her research at UCD from 2021-2022, and in 2022, she was appointed as an assistant professor at UCD. In February 2024, she joined the department of Electrical Engineering at TU/e as an assistant professor.
教育背景
2017.06 – 2021.09
University College Dublin Doctor
2014.09 – 2017.07
Beijing University of Technology Master Optical Engineering
工作经历
2024.04 – 2029.03
University College Dublin
Visiting Assistant Professor
2024.02 – 至今
TU/e
assistant professor
荣誉奖项
暂无内容
机器人摆动球头铣削姿态优化：平衡加工精度与刀具磨损
基于参数传递率的方法用于识别测量噪声下铣削主轴-刀具系统的时程频响函数
一种基于加加速度平滑运动学剖面融合的五轴G01轨迹的一步拐角平滑方法
双层控制在滚珠丝杠驱动中的间隙补偿和振荡抑制
结构解耦控制在柔性滚珠丝杠进给系统中的振动抑制与带宽提升
基于多阶图卷积神经网络的铣削颤振在线检测
依达拉奉右莰醇对接受血管内治疗的急性后循环缺血性卒中患者临床结局的影响：一项回顾性单中心研究
Medicine
IF1.4
机器人铣削中结构非线性和进给速率的颤振稳定性预测映射模型
建立切削力模型，重点考虑金属切削的终了阶段
考虑多种因素的机器人末端执行器综合路径预测模型
电辅拉伸过程中Inconel 718的孔洞演化机制
预应变和退火效应对超合金变形的影响：实验与建模
中国各省能源效率的时空模式与决定因素
Sustainable Futures
IF4.9
考虑刀具偏心和非圆度引起的多重延迟的微铣削颤振稳定性
基于PH曲线的五轴加工进给率优化，确保与驱动轴约束的解析一致性
利用测量的犁耕力估算铣刀圆弧刀尖的半径
一种用于夹持器-刀具组件FRF预测的多段两点 receptance 耦合方法
Nb添加对激光粉末床熔融制造Ti6Al4V合金微观结构和力学性能的影响
MATERIALS
IF3.2
